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JCB Fastrac
JCB Fastrac
JCB Fastrac
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JCB Fastrac
Fastrac 2135
Overview
ManufacturerJCB
Production1991–present

The JCB Fastrac is a high-speed agricultural tractor series manufactured by JCB Landpower, part of the JCB group.

Production began in 1991, with continual development to the present day. Generally the maximum speed of most models is 65 km/h (40 mph), but slower (40 km/h) and faster (80 km/h) versions are produced.

Design

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Engine

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All models have six-cylinder diesel engines. Initially supplied by Perkins Engines then Cummins, the current supplier is AGCO Power and FPT.

Gearbox

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Three different gearboxes have been fitted to the Fastrac in production.

  • The first type has evolved over several years.
  1. On introduction of the Fastrac this style of gearbox had 18 forward gears (6×3) and 6 reverse (6×1). These were organised as 6 manual gears in each of 3 ranges (Low, Medium and High). The range box also selected reverse giving 6 reverse gears with speeds similar to medium in forwards. All gear changes were made with the use of a dry clutch.
  2. This gearbox then had a 2-speed powershift section added after the dry clutch and before the 6-speed gearbox. This resulted in 36 forward gears (2×6×3) and 12 reverse (2×6×1).
  3. Following this the 2-speed powershift section was changed to 3-speed version. Giving 54 forward gears (3×6×3) and 18 reverse gears (3×6×1)
  4. The latest version of this gearbox a wet clutch replaced the dry clutch still with 54 forward and 18 reverse gears.
  • The second type fitted to 4000, 6000, 8000 Fastrac models features a CVT (IVT) hydrostatic power-split gearbox which is one of the most advanced tractor gearboxes available.[1]
  • The third type developed most recently and fitted to 7000 Series and 3000 Xtra machines has a wet main clutch, a six-speed powershift section and a four-speed range box. As reverse is at the front of the powershift section the reverse gears are spread throughout the speed range. This arrangement gives 24 forward gears (2×3×4) and 12 reverse gears (1×3×4). Note that the top three reverse gears are not available for use.

Four wheel drive

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All models are selectable four-wheel drive. The rear axle is driven as standard and drive to the front axle selected by the driver, through a hydraulically controlled clutch. This clutch is sprung on to give four-wheel drive and hydraulically disengaged to give two-wheel drive.

Axles

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Most Fastrac axles have a central differential and epicyclic gearing reduction units built into the hub ends, where the wheel bolts.

The 7000 Series rear axle has a central differential and has in-board epicyclic gearing reduction units.

Axle locking differentials

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A standard locking differential is provided in the rear axle of all machines.

100, 1000, 2000 and 4000 Series machines have a Detroit No-Spin-style differential lock in front axle.

3000, 7000 and 8000 Series machines have a driver-controlled clutch pack engaged locking differential.

PTO

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A two-speed power take-off (PTO) is standard at the rear and a factory option at the front. Depending on the model either speeds of 1000/540 or 1000/750 are available.

Suspension

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Multi-link suspension is fitted between the chassis and both the front and rear beam axles.

The front suspension on most machines uses four links, a panhard rod and anti-roll bar. On the 4000 series a V-link is used at the front.

The rear suspension uses two lower link and a V-link on top plus an anti-roll bar.

Hydropneumatic suspension is used on the rear of all models and on the front of the 4000 and 7000 series Fastrac. This is similar to that used on some Citroën cars.

Front axle steering

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1000, 2000 and 4000 Series Machines

These Fastrac machines have hydrostatic steering similar to most agricultural tractors with only a hydraulic link between the steering wheels and the front wheels. This limits the maximum speed of these models to 50 km/h (31 mph), except now in Germany where 60 km/h (37 mph) is allowed.

100, 3000, 7000, 8250, 8280 and 8310 Series Machines

These machines have mechanical power steering similar to a large truck. This system gives a mechanical link between the steering wheel and the front wheels. Generally these machines have had a maximum speed of 65 km/h (40 mph) except some 100 and 3000 series machines having a maximum speed of 75 km/h (47 mph).

8290 and 8330 Machines

These machines have dual circuit hydrostatic steering allowing legal speeds over 60 km/h.

An automatic Global Positioning System-controlled steering system using a (Differential GPS) is available for the 3000, 4000, 7000 and 8000 series machines.

Rear axle steering

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Rear wheel steering (four-wheel steering) is available as an option on 2000 and 4000 series machines. The electronic system has 5 modes of operation, and only allows four-wheel steering below 20 km/h (12 mph).

  • Two-Wheel Steer
  • Proportional
  • True Track
  • Delay Mode
  • Crab Steer

Brakes

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All models are fitted with large diameter external disc brakes at both front and rear individually on each wheel. An anti-lock braking system (ABS) is fitted on some models, depending on the maximum vehicle speed and legal requirements.

Auxiliary hydraulics

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An auxiliary hydraulic system (hydraulic drive system) is standard on all machines. It is used to control the front and rear linkages and through quick connectors at the front and rear of the tractor to control and power implements.

Three-point hitch

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A three-point hitch is standard at the rear of the machine and on option on front.

Rear trailer hitch

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There are several types available depending on the country the machine is built for.

Cab

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Traditionally the cab has been centrally mounted. Some models, the 7000 series and latter 8250, have the cab mounted at the rear of the tractor. The most recent[when?] Fastrac iteration, the 4000 series tractors, have forward sloping cabs, similar to those on combine harvesters.[2] All cabs have a full-size passenger seat and an air suspensioned driver's seat.

Models produced

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JCB 7230
Fastrac 8310 with a muck spreader
A 2015 JCB Fastrac 4220
A 2015 JCB Fastrac 4220

This is not intended to be a complete list but includes the main models produced.

  • 125 and 145 (Discontinued) – The first models produced in 1991. Fitted with Perkins 6L engines
  • 135 and 155 (Discontinued) – Updated 125 and 145 models
  • 185 (Discontinued) – The first machine to use the Cummins 5.9L engine
  • 1115 and 1135 (Discontinued) – The first smaller Fastrac with hydrostatic steering
  • 2115 and 2135 (Discontinued) – Updated 1115 and 2135 models
  • 2150 (Discontinued)- Larger 2000 series machine (No 4WS option)
  • 3155 and 3185 (Discontinued) – Upgraded machines developed from the 155 and 185
  • 3190 and 3220 (Discontinued) – Machines fitted with Cummins 5.9L engines using electronic fuel injection
  • 3200 and 3230 (Discontinued) – Machines fitted with Cummins 6.7L engines using electronic fuel injection
  • 8250 (Discontinued) – The only Fastrac fitted with a CVT gearbox and an 8.3L Cummins engine
  • 2155 and 2170 (Discontinued) – Updated 2000 series with 6.7L Cummins engines
  • 7170, 7200 and 7230 (Discontinued) – A range of machines with a 6×4 gearbox and 6.7L Cummins engines
  • 7270 (Discontinued) – A 270 hp 7000 series machine fitted with a 6.7L Cummins engine, launched at SIMA 2009
  • 3200 and 3230 Xtra (Discontinued) – The 3000 series machines are now fitted with the 6×4 gearbox and Cummins 6.7L engine.
  • 8280 and 8310 (Discontinued) – Machines fitted with AGCO SISU Power 8.4L engines and CVT gearbox
  • 3200 and 3230 Xtra (Discontinued) – The 3000 series machines shown at Agritechnica 2011 with SISU 7.4L Engines and 6x4 gearbox
  • 4160, 4190 and 4220 Models, now in production, fitted with AGCO SISU Power 6.6L T4f and StV engines, CVT gearbox and Four-Wheel Steer
  • 8290 and 8330 Models – Machines fitted with AGCO SISU Power 8.4L T4f and StV engines and CVT gearbox
  • 6260 and 6300 Models - Machines fitted with 6.7-litre FPT engines and ZF CVT gearbox

World's fastest tractor

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JCB currently holds the world record for the Fastest Tractor (Modified),[3] this was achieved on 23 October 2019 by driver Guy Martin, averaging 217.570 km/h (135.19 mph) over two timed kilometres, with a top speed of 153.771 mph (247.47 km/h), in Elvington, North Yorkshire.[4]

Feature in media

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A JCB Fastrac was chosen by BBC's Top Gear host Jeremy Clarkson. It was driven on the show around the Top Gear Test Track by The Stig, in a time of 2:57.4, making it the fastest of the three featured tractors, but also currently the fifth-slowest-ever lap time.

A JCB Fastrac appeared in news coverage of the JCB Dieselmax land speed record car, pushing it to its 30 mph starting speed.

In 2019 a Channel 4 documentary was aired on the production of a modified 1000 horse power JCB Fastrac, in an attempt to break the Guinness World Records entry for the world fastest modified tractor. The tractor designed to be capable of in excess of 150 mph, and achieving 153.771 mph (247.47 km/h) on its official record attempt.[4][3]

References

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Revisions and contributorsEdit on WikipediaRead on Wikipedia

JCB Fastrac

View on Grokipedia
from Grokipedia
The is a renowned series of high-speed agricultural tractors manufactured by JCB Landpower, a division of the JCB group, renowned for combining exceptional power, rapid road speeds, and advanced engineering to enhance farm productivity. Production of the Fastrac began in at JCB's Landpower facility in , , marking it as an innovative response to the need for versatile machines capable of both field work and efficient road transport. Over more than three decades, the series has evolved through multiple generations, incorporating full front and rear suspension for superior ride comfort, powerful diesel engines, and high-capacity to support demanding implements. Key models include the 4000 Series, offering rated power from 167 to 218 horsepower with maximum up to 738 lb-ft and rear lift capacities of 17,637 pounds, and the 8000 Series, providing 281 to 335 horsepower, up to 1,070 lb-ft, and lift capacities of 22,046 pounds. In 2025, JCB introduced the 6000 Series, featuring two models—the Fastrac 6260 with 284 horsepower and 940 lb-ft , and the Fastrac 6300 with 335 horsepower and 1,033 lb-ft —powered by a 6.7-liter FPT , equipped with ZF Eccom 3.1 stepless transmission, hydropneumatic suspension, ABS brakes, and a maximum speed of 41 mph, with availability starting in Q2 2026 for North American markets; the series was awarded Tractor of the Year 2025. The Fastrac's defining trait is its speed, with standard models achieving road speeds up to 50 mph in earlier variants, setting it apart from traditional tractors limited to 25-40 mph. This capability reached its pinnacle in when a modified Fastrac Two, driven by at Elvington Airfield in , set the for the world's fastest with a peak speed of 153.771 mph and an average of 135.191 mph over two runs. Trusted by farmers worldwide for over 30 years, the Fastrac emphasizes operator comfort through features like ergonomic cabs, digital controls, and optional systems such as tire inflation management and guidance, while prioritizing with multi-mode and robust braking.

History and Development

Origins and Launch

In the late , JCB initiated the development of a revolutionary high-speed agricultural to address the growing need in for road-legal machines capable of efficient field-to-field transport without compromising draft capability. The project began with the construction of the first in 1987, secretly developed under block at JCB Transmissions in , , followed by 11 prototypes built through 1988 and 1989 for extensive evaluation. JCB Landpower Ltd., the division focused on agricultural tractor production, was incorporated in to spearhead this initiative, establishing its manufacturing base in . A key prototype, designated P14, was publicly previewed at the 1990 Royal Smithfield Show in , generating significant interest among farmers for its potential to revolutionize on-road mobility in . Commercial production of the first Fastrac models commenced in June 1991, marking the official launch of the 100 Series, including the 125 hp and 145 hp variants, at JCB Landpower's Cheadle facility. These initial tractors achieved a top road speed of 40 mph (65 km/h), enabling large-scale operators to cover distances between fields rapidly while maintaining full tractor functionality. The core design philosophy emphasized blending robust utility with automotive-inspired performance, featuring all-round suspension, four-wheel , and a rigid structure to deliver car-like handling at speeds. This approach, drawing from JCB's expertise in machinery, positioned the Fastrac as an innovative solution for progressive farming operations requiring versatility across varied terrains.

Evolution Through Series

The JCB Fastrac's evolution has progressed through distinct series since the mid-1990s, each building on prior designs to enhance power, speed, and operational efficiency in response to agricultural and regulatory demands. The 2000 and 3000 series, introduced in 1998, succeeded earlier models with enhanced power outputs reaching up to 170 horsepower in variants like the 2170, alongside improved providing flow-on-demand capabilities up to 100 liters per minute for more versatile attachment handling. These series incorporated a 3-speed powershift transmission with 54 forward and 18 reverse gears, enabling smoother operation and higher productivity in field and transport tasks. In the , the 4000 series, launched in 2015, emphasized greater road-going capabilities with top speeds up to 70 km/h (approximately 43 mph) and integrated advanced features like CVT transmissions for optimized and traction. Concurrently, the 8000 series debuted in 2017, delivering up to 335 horsepower from engines for superior reliability, full across all wheels to reduce operator fatigue, and adaptations for EU road regulations including ABS braking and high-speed lighting to ensure legal compliance at 65-70 km/h. The latest advancement came in September 2025 with the launch of the 6000 series at JCB's headquarters, introducing refined electronic systems for precise control and FPT N67 engines compliant with Stage V emissions standards to balance performance with environmental requirements. This series features updated chassis structures and selectable four-wheel steering, further adapting the Fastrac to modern farming needs for year-round versatility. Throughout these developments, production and R&D for the Fastrac have been centered at JCB's Landpower facility in , enabling iterative improvements that have sustained the model's reputation for high-speed, road-legal tractors.

Design and Engineering

Powertrain Components

The powertrain of the JCB Fastrac series is engineered for high-speed road travel and demanding field operations, delivering reliable power through a of diesel engines, semi-automatic transmissions, permanent , and flexible PTO configurations. Fastrac models predominantly feature turbocharged inline-6 diesel engines, with displacement varying by series to match performance needs. Early production models, such as those in the 2000 series like the 2140, utilized a 5.9 L engine producing 142 hp at 2,200 rpm. The 3000 series adopted 6.7 L QSB6.7 engines in later models, while the 4000 series uses 6.6 L Power engines, delivering outputs from approximately 155 hp in base configurations to 217 hp rated (235 hp max) in higher variants like the 4220. Starting with the refreshed 4000 and 8000 series in the mid-2010s, JCB transitioned to Power engines for better performance tuning and Stage V compliance in recent models. The current 8000 series features 8.4 L Power engines, rated at up to 335 hp with peak of 1,328 lb-ft (1,800 Nm), emphasizing efficiency for heavy-duty tasks; earlier models used 8.3 L QSC engines up to 260 hp. Following 2014, engines across the lineup incorporated Tier 4 Interim/Final emissions technology, including (SCR) systems, to meet stringent environmental regulations while maintaining power density; as of 2025, the 6000 series uses 6.7 L NEF engines compliant with Stage V/Tier 4 Final standards, achieving 335 hp and 1,033 lb-ft (1,400 Nm) of for enhanced . The transmission system employs JCB's proprietary Powershift or P-Tronic semi-automatic design, which facilitates clutchless gear changes for smooth operation at elevated speeds. Configurations typically include a 6-speed synchromesh gearbox combined with a 3-range section and 2-speed powershift, yielding up to 36 forward gears and 12 reverse gears, with top speeds reaching 65 km/h in high range. Later models, such as those in the 4000 and 8000 series, offer optional continuously variable transmissions (CVT) like the V-Tronic, providing infinite speed adjustment from 0 to 65 km/h with dynamic management for optimal use during transport and fieldwork. The 6000 series features the ZF Eccom 3.1 stepless transmission. This setup ensures precise control without interrupting power flow, supporting the Fastrac's reputation for car-like drivability. Permanent (4WD) is standard across the lineup, distributing torque equally to front and rear axles via a center differential for superior traction on varied . The system maintains stability at highway speeds up to 65 km/h, with selectable engagement modes in some series to optimize performance for road or field conditions. Power take-off (PTO) options include independent electro-hydraulic rear units operating at 540/1,000 rpm, driven directly from the engine for consistent implement power regardless of ground speed. Front PTO is available as a factory option on select models, matching rear speeds for versatile attachment use. Ground-speed PTO variants, synchronized with wheel rotation, support high-speed operations such as crop spraying or mowing at rates up to 50 km/h, enhancing efficiency in large-scale applications. The powertrain's integration with the chassis suspension contributes to overall stability during high-speed maneuvers.
Series ExampleEngineDisplacementRated Power (hp)Transmission TypeMax Speed (km/h)
2000 (e.g., 2140) 5.9 L inline-6 5.9 L142Powershift (36F/12R)50
4000 (e.g., 4220) Power 6.6 L inline-6 6.6 L217P-Tronic semi-powershift or V-Tronic CVT65
8000 (e.g., 8330) Power 8.4 L inline-6 8.4 L335V-Tronic CVT65
6000 (e.g., 6300)FPT 6.7 L inline-6 6.7 L335ZF Eccom 3.1 CVT66

Chassis and Suspension

The JCB Fastrac employs a robust, fully welded Z-section that provides exceptional torsional rigidity while minimizing weight, setting it apart from conventional ladder-frame designs common in agricultural tractors by enhancing structural integrity for high-speed operations and heavy loads. This configuration supports versatile implement mounting and contributes to the tractor's balanced 50:50 unladen , with mid-series models like the 4220 weighing approximately 7.6 tons unladen. The axles consist of heavy-duty beam types for both front and rear, equipped with outboard planetary (epicyclic) reduction hubs that distribute power efficiently and bolster load capacity, enabling the Fastrac to handle gross vehicle weights up to 18 tons across various series. These axles feature 10-stud front and 16-stud rear wheel mountings in larger models, with engaged electro-hydraulically for optimal traction. Suspension is provided by a full hydro-pneumatic system on all four wheels, a defining feature since the series' inception in 1991, with refinements in later series like the 4000 for self-leveling performance and up to 150 mm of travel, ensuring ride comfort, stability, and consistent wheel contact at road speeds over 50 km/h even under varying loads. This advanced setup includes anti-roll bars and responds dynamically to terrain changes, preventing excessive pitching or nose-diving during implement attachment. For enhanced off-road capability, the Fastrac incorporates electro-hydraulic locking differentials on both axles with soft-engage actuation, which activate at low speeds below 3 km/h to maximize traction during heavy draft or field work and automatically disengage above approximately 20 km/h to promote smoother road handling and reduce wear. This system integrates with the tractor's for seamless transitions between field and highway use.

Steering and Braking Systems

The JCB Fastrac utilizes hydrostatic for the front axle in models such as the 4000 series, offering a fixed for responsive and precise control during high-speed operations. This system incorporates speed-sensitive features that adjust assistance based on vehicle velocity, ensuring stability and ease of handling across varied terrains. In earlier 3000 series variants, mechanical power-assisted is employed, maintaining reliability even if hydraulic pressure is lost. Optional four-wheel (4WS), available from the 3000 series onward, enhances maneuverability by coordinating front and rear movement, achieving a minimum of approximately 4.9 meters in configurations with appropriate sizes like 480/70R30. This Quadtronic system includes multiple modes—such as coordinated, , and programmable settings—activated via a simple switch, which reduces during tight headland turns while supporting the tractor's full suspension for smoother operation. The advanced speed-sensitive 4WS in later models automatically modulates inputs to optimize control at higher velocities, minimizing rollover risks. Braking on the Fastrac features hydraulic wet disc brakes on all four , providing fade-free with excellent cooling for sustained performance. JCB pioneered ABS integration in the 2000 and 3000 series, using a four-sensor, three-modulator setup—optical sensors on hubs monitor wheel speeds, while modulators adjust pressure for the front (combined) and rear (individual) brakes to prevent skidding on any surface. An ABS-compatible 12V trailer supply socket ensures synchronized trailer braking, with automatic application tied to the tractor's park brake. Later models, including the 4000 and 8000 series, incorporate air-over-hydraulic options meeting specifications for heavy , splitting control between front and rear for enhanced during high-speed transport up to 70 km/h.

Hydraulics and Attachments

The JCB Fastrac features a closed-center load-sensing hydraulic system designed for efficient power delivery and responsiveness across varying operational demands. This system utilizes an axial piston pump that provides variable flow rates, typically up to 195 liters per minute in modern series, ensuring minimal energy waste by adjusting output based on implement requirements. It supports up to six auxiliary remote valves, enabling simultaneous operation of multiple hydraulic functions for enhanced versatility in field tasks. The on the Fastrac is a Category 3/4 linkage system equipped with electronic draft control for precise depth and load management. This setup delivers a rear lift capacity exceeding 10,000 kg, allowing compatibility with heavy implements while maintaining stability during transport and cultivation. The electronic controls automatically adjust hitch position based on soil resistance or implement weight, optimizing traction and . For towing applications, the Fastrac incorporates a rear pick-up hitch with integrated anti-jackknife stabilization, rated to handle trailers up to 20 tons at speeds. This includes hydraulic and air-assisted braking integration to prevent trailer sway and ensure safe high-speed road travel. Hydraulic integration in the Fastrac emphasizes seamless transitions between road and field use, with proportional controls for loader attachments providing fine-tuned operation. These controls, often including multi-function joysticks, allow operators to manage flow and pressure intuitively from the cab interface.

Operator Cab and Controls

The operator cab of the JCB Fastrac is centrally mounted to provide excellent 360-degree visibility, enhancing safety and efficiency during high-speed road travel and field operations. This spacious design incorporates fully automatic climate control for operator comfort in varying conditions, along with advanced soundproofing that achieves noise levels as low as 72 dB, minimizing fatigue during extended use. Controls are ergonomically integrated via a multi-function, seat-mounted armrest console featuring an electronic that manages transmission, , and hitch functions intuitively. In the 6000 series, customizable displays—up to 12 inches—offer diagnostics, guidance integration, and configurable layouts for personalized operation. Safety is prioritized with ROPS and FOPS certification, ensuring structural integrity against rollover and falling objects, complemented by an air-suspension seat that absorbs vibrations for stability at speeds up to 66 km/h. Modern models, including the 2025-launched 6000 series, feature comfort upgrades such as optional leather-trimmed, heated, and ventilated seats, along with an system including multiple speakers and a . The series also integrates via the system and JCB LiveLink for , enabling remote monitoring and diagnostics.

Models and Specifications

Early and Mid-Series Models

The JCB Fastrac 1000 and 2000 series models, produced from 1991 to around 2004, represented the foundational entry-level offerings in the high-speed lineup, with power outputs ranging from 110 to 150 hp. Launched initially with the 1000 series Fastrac 125 (120 hp) and 145 (140 hp) models powered by 6-liter , these s featured an 18-forward by 6-reverse Powershift gearbox and achieved a top speed of 40 mph (65 km/h), enabling efficient road transport alongside basic field tasks. The design emphasized simplicity and versatility for smaller operations, incorporating all-wheel disc brakes and initial full suspension to handle high speeds safely. In 1998, the 2000 series updated this platform with models such as the 2115 (115 hp), 2125 (125 hp), and 2135 (135 hp), utilizing Perkins 1000-series engines while retaining the 40 mph capability and Powershift transmission for reliable performance in entry-level high-speed applications. Building on this base, the 3000 series, introduced in 1998 and manufactured through the until the early , elevated power to 150-230 hp across models like the 3155 (150 hp), 3185 (170 hp), and later 3230 (230 hp), powered by 6.7-liter or . These tractors introduced refined full suspension systems with self-leveling features for enhanced operator comfort and traction at speeds up to 40 mph (65 km/h), alongside optional heavy-duty axle configurations that supported gross vehicle weights up to 12 tonnes for handling heavier loads in demanding agricultural and roles. The series prioritized productivity through improved hydraulic flow and multi-mode steering, making it a staple for mid-sized farms requiring robust transport and implement compatibility. The 4000 series, entering production in the mid- as an evolution of earlier designs, delivered up to 235 hp from a 6.6-liter Power six-cylinder , with a top speed of 43 mph (70 km/h) and advanced four-speed PTO options optimized for contractor applications involving diverse implements and frequent road use. These models featured enhanced torque delivery—up to 945 Nm—and loader-ready configurations, bridging mid-range needs with modern efficiency standards. Overall, the early and mid-series Fastracs, totaling over units across their production runs, were primarily targeted at European markets, where they gained popularity for haulage and before phasing out in favor of newer variants by the early .

Modern and Recent Models

The JCB Fastrac 8000 series, introduced in 2016 and currently in production (as of 2025), represents a high-power in the lineup, featuring engines ranging from 281 to 335 horsepower sourced from an 8.4-liter Power unit. These models incorporate full independent on both axles for enhanced stability at high speeds, achieving a top speed of 70 km/h (43 mph). In September 2025, JCB launched the Fastrac 6000 series, bridging the gap between the 4000 and 8000 series with two models: the 6260 at 284 horsepower and the 6300 at 335 horsepower, both powered by a 6.7-liter N67 engine compliant with Stage V emissions standards through advanced electronics and HI-eSCR2 technology. In November 2025, the Fastrac 6300 was awarded the 2025 Tractor of the Year. These tractors maintain a top speed of 66 km/h (41 mph), with the new delivering improved over predecessors via optimized curves and . Across both series, common features include a (CVT)—AGCO ML260 for the 8000 and ZF Eccom 3.1 for the 6000—providing seamless power delivery, along with hydraulic systems offering up to 195 L/min flow rates to support demanding implements. JCB LiveLink integration enables remote monitoring and data analytics, while models are available in standard configurations adaptable for various wheelbases to suit field and transport needs. These modern Fastracs are positioned for global export, emphasizing versatility in mixed arable and operations, with the 6000 series debuting at Agritechnica to highlight precision farming capabilities through ISOBUS compatibility and automated steering options.

Performance Records

Speed Achievements

The JCB Fastrac series has established itself as a leader in high-speed agricultural performance, with production models designed for efficient road travel while adhering to regulatory limits. Early models, introduced in 1991, achieved a standard top speed of 40 mph (65 km/h), setting the benchmark for high-speed tractors in the industry. This capability progressed in later series, with the 8000 series reaching 43 mph (70 km/h) as the fastest production available, limited by type-approval standards for vehicles under 2.55 meters wide equipped with full suspension, fail-safe steering, and ABS braking. The 2025 6000 series further refines this with a top speed of 41 mph (66 km/h), incorporating smart transmission controls for seamless operation across field and road conditions. Acceleration in production Fastracs is notably responsive, enabling lively performance from standstill to top speed without power interruption, which supports quick transitions between tasks. Handling benefits from a low center of gravity inherent to the tractor's automotive-inspired chassis design, providing stability at highway speeds. These tractors are fully road-legal in the UK and EU, featuring mandatory lights, indicators, and electronic speed governors to comply with regulations capping high-speed tractors at 40 mph unless enhanced safety systems are present. Certified under Regulation (EU) 167/2013 for agricultural vehicles, they are equipped with ABS disc brakes and dual-line air-over-hydraulic systems meeting truck-level standards, allowing safe use in transport roles such as hauling implements over extended routes. At speeds up to 43 mph, Fastracs facilitate daily road transfers exceeding 100 km, reducing downtime in multi-site operations. In comparison to competitors, production Fastracs outperform models like the 1000 Vario (standard 31 mph, optional 37 mph) and 8R series (up to 31 mph) in road speed, thanks to their dedicated high-velocity dynamics and 50:50 for superior traction and control.

Engineering Modifications for Records

The JCB Fastrac's attempt in 2019 utilized a modified version of the 8000 series , designated as "Fastrac Two," to achieve an average speed of 135.191 mph over two runs at Elvington Airfield in , , on October 23. This followed an earlier British record of 103.6 mph set in June 2019 with a known as "Fastrac One." The effort surpassed the previous record of 87.27 mph set by a modified in March 2018. The project was driven by a team of JCB engineers in collaboration with specialists from Williams Advanced Engineering for and for enhancements. Key modifications centered on the powertrain, featuring a JCB Dieselmax 7.2-liter six-cylinder engine tuned to produce 1,016 hp at 3,150 rpm and over 2,500 Nm of torque. Enhancements included a larger turbocharger, electrically driven supercharger, water injection for cooling, revised exhaust manifold, anti-lag system, and charge-air cooling that reduced intake temperatures by 50°C. The transmission was upgraded to a sequential six-speed manual gearbox with a multi-plate wet clutch and air-shifter for rapid, smooth changes under high-speed conditions. Aerodynamic optimizations, informed by computational fluid dynamics (CFD) analysis, reduced drag by approximately 25% compared to the stock Fastrac through a lowered and narrowed cab (200 mm lower and 300 mm narrower), added air deflectors, front splitter, belly pan, rear diffuser, and streamlined body panels. Tires were reinforced BKT Ridemax models, each weighing 80 kg and equipped with sensors for heat and vibration monitoring to handle sustained high speeds. The record was validated by Guinness World Records officials using precision timing equipment over a measured course, confirming the two-way average and peak speed of 153.771 mph. Driver Guy Martin, a professional racer, piloted the vehicle during the runs. Although the modifications enabled the record, they rendered the tractor non-compliant with production standards for road legality and safety, preventing commercial adoption. The project nonetheless advanced JCB's research in lightweight materials and high-performance components, influencing subsequent developments in tractor efficiency and durability. As of November 2025, this remains the Guinness World Record for the fastest tractor.

Cultural and Media Presence

Appearances in Media

The JCB Fastrac has gained prominence in entertainment media through its appearances in popular automotive television shows, where its high-speed capabilities were demonstrated in competitive challenges. In the series Top Gear, the Fastrac featured in series 9, episode 5 (aired in 2007), during the "Tractor Challenge," in which host operated a JCB Fastrac 8250 alongside and for tasks including plowing, pulling loads, and off-road maneuvers, highlighting the tractor's power and versatility compared to rival models. The episode also included driving a Fastrac around the show's , emphasizing its unexpected performance in a motorsport context. Similarly, the Fastrac appeared in Amazon Prime's in the "Eurocrash" episode (season 5, episode 1, released in 2022), where a JCB Fastrac 8330 was used in racing sequences against cars, showcasing its speed on rough terrain during the hosts' European adventure. Documentaries have further explored the Fastrac's engineering and history. The 2025 YouTube series Icons of Agriculture, produced by JCB, dedicated multiple episodes to the Fastrac, including an interview with JCB chairman Lord Anthony Bamford recounting its origins in the early 1990s as a high-speed alternative to conventional tractors, and a look at its process at the JCB Landpower factory in , . Earlier, the 2019 documentary Guy Martin: World's Fastest Tractor followed motorcycle racer as he collaborated with JCB engineers to modify a Fastrac for speed records, capturing the build process and testing phases that led to its achievement. Promotional content surrounding the Fastrac's speed records has amplified its media presence. JCB's official video of the 2019 world speed record attempt, titled "Guy Martin's JCB Fastrac Guinness World Record Speed Run," has garnered over 450,000 views, detailing the Fastrac Two's peak speed of 153.771 mph during the event at Elvington Airfield. The tractor also features in video games, notably as the JCB Fastrac 8330 in Farming Simulator 22 (released in 2021), where it is portrayed as the fastest standard tractor for virtual farming operations, allowing players to experience its road speed and power in simulated agricultural scenarios. Viral moments tied to the Fastrac's record pursuits have enhanced its public profile. The 2019 world record attempt was live-streamed on platforms like , drawing real-time viewer engagement and widespread media coverage that significantly boosted JCB's brand awareness among farming enthusiasts and speed fans alike.

Industry Recognition

The JCB Fastrac has garnered significant industry accolades for its pioneering engineering and performance innovations. In 1992, the tractor received the British Design Award from the Design Council, recognizing its revolutionary high-speed design and comfort features at a time when the 500th unit was produced. This early recognition underscored the Fastrac's departure from traditional tractor norms, emphasizing road-capable speeds up to 50 mph while maintaining agricultural functionality. In 1994, JCB was awarded the Prince of Wales Award for Innovation specifically for the Fastrac's development, highlighting its role in advancing suspension and overall efficiency. Subsequent models continued to earn prestigious honors from agricultural bodies. The Fastrac 8250 was bestowed the Gold Medal by the Royal Agricultural Society of in 2007 as part of its Machinery Awards Scheme, praising its power, stability, and full-suspension system. In 2017, the 8000 series Fastrac was named Machine of the Year in the 280-400 hp category at the SIMA Paris International Agricultural Show, celebrated for its exceptional speed, operator comfort, and technical innovations like advanced . The Fastrac's introduction in marked it as the world's first high-speed with full front and rear suspension, setting a new standard for ride quality, traction, and road handling that influenced subsequent designs across the industry. Competitors have since incorporated similar suspension technologies to enhance operator comfort and , reflecting the Fastrac's lasting impact on evolution. Over more than three decades of production, its proven reliability and versatility have solidified its status as an icon in farming publications and among professionals. In 2025, the newly launched 6000 series Fastrac received high praise at Agritechnica for its cutting-edge emissions compliance technology, including Stage V engines with advanced aftertreatment systems that minimize environmental impact without compromising performance. The Fastrac 6300 specifically won the Tractor of the Year 2026 award in the Sustainable category, acknowledging its efficient power delivery and low-emission design. JCB Landpower's ongoing celebrations of the Fastrac's legacy, including historical retrospectives tied to its production milestone, further emphasize its central role in the division's identity. The Fastrac's engineering has notably influenced agricultural workflows by enabling seamless transitions between field operations and at speeds up to 70 km/h, which reduces overall travel times and contributes to lower consumption and running costs compared to conventional . User reports and manufacturer data highlight improved economy in tasks, supporting more efficient farm and cost savings in large-scale operations.

References

  1. https://www.jcb.com/en-US/products/machines/agricultural-tractors/
  2. https://www.agriculture.com/jcb-launches-new-fastrac-6000-series-tractors-with-more-power-and-speed-11823802
  3. https://www.farm-equipment.com/articles/24685-jcbs-fastrac-awarded-2025-tractor-of-the-year
  4. https://www.jcb.com/en-US/explore/insight/blogs/2022/03/wft/
  5. https://www.farminguk.com/news/jcb-celebrates-25-years-production-of-the-fastrac-tractor_42574.html
  6. https://www.fwi.co.uk/news/jcb-fastrac-celebrates-reaching-double-figures
  7. https://find-and-update.company-information.service.gov.uk/company/02321141
  8. https://www.grainews.ca/machinery/the-evolution-of-jcbs-fastrac-tractor/
  9. https://www.fwi.co.uk/machinery/tractors/jcb-celebrates-25-years-fastrac-production
  10. https://www.jcb.com/en-GB/explore/insight/our-story/
  11. https://koneviesti.fi/en/konedata/traktorit/jcb/jcb-fastrac-2155-2170
  12. https://russellfastraxx.ie/wp-content/uploads/2013/07/about-jcb-fastrac.html
  13. https://www.farmprogress.com/farming-equipment/jcb-debuts-fastrac-4000-series-tractors
  14. https://www.jcb.com/en-US/products/machines/agricultural-tractors/4000-series/
  15. https://www.farmprogress.com/farming-equipment/jcb-debuts-fastrac-8000-series
  16. https://www.jcb.com/en-US/products/machines/agricultural-tractors/8000-series/
  17. https://www.farm-equipment.com/articles/24488-jcb-launches-all-new-high-tech-fastrac-6000-series-tractors
  18. https://www.heavyquipmag.com/2025/10/15/fpt-powers-the-new-jcb-fastrac-6000-series-with-the-proven-n67-engine/
  19. https://www.ivtinternational.com/news/agriculture/agritechnica-case-study-the-debut-of-jcbs-fastrac-6000-series.html
  20. https://www.tractordata.com/farm-tractors/004/5/6/4565-jcb-fastrac-2140.html
  21. https://www.tractordata.com/farm-tractors/010/0/8/10081-jcb-fastrac-4220.html
  22. https://www.farm-equipment.com/articles/7759-new-jcb-fastracs-are-more-fuel-efficient-and-productive
  23. https://www.tractordata.com/farm-tractors/004/5/5/4558-jcb-fastrac-1135-transmission.html
  24. https://www.jcb.com/en-GB/explore/insight/news/2020/11/new-jcb-fastrac-4000-series-tractors-with-added-productivity
  25. https://www.jcb.com/en-GB/products/machines/agricultural-tractors/6000-series
  26. https://unearthag.com/wp-content/uploads/2024/08/JCB_FASTRAC_RANGE_2155_2170_3200_3230_7170_7200_7230_8250.pdf
  27. https://www.jcb.com/en-GB/explore/insight/news/2020/11/new-jcb-fastrac-4000-series-tractors-with-added-productivity/
  28. https://www.jcbcea.com.au/wp-content/uploads/2021/09/27558-Fastrac-8000.pdf
  29. https://group-verschueren.be/wp-content/uploads/2019/07/Fastrac-Brochure-ENG.pdf
  30. https://media.stokker.com/manual/3000%20series_set-314532414.pdf
  31. https://media.stokker.com/manual/5850%20en-GB%204000%20Series%20Fastrac%20PB%20en-GB%20%281%29_aet241861138.pdf
  32. https://s3.amazonaws.com/cws-cdn-east/JCB/2155/2015/NV405009_1.pdf
  33. https://www.fwi.co.uk/machinery/abs-works-its-way-into-tractors
  34. https://www.jcb.com/en-GB/products/machines/agricultural-tractors/4000-series
  35. https://www.tractordata.com/farm-tractors/004/5/5/4553-jcb-fastrac-155.html
  36. https://www.jcb.com/en-GB/explore/insight/news/2020/11/jcb-fastrac-storms-into-record-books-as-worlds-fastest-tractor/
  37. https://www.jcb.com/en-US/explore/insight/blogs/2022/03/fastrac-icon/
  38. https://www.scribd.com/document/486677903/5057-JCB-Fastrac-UK
  39. https://www.agroscope.admin.ch/agroscope/de/home/publikationen/suchen/_jcr_content/par/externalcontent.bitexternalcontent.exturl.pdf/aHR0cHM6Ly9pcmEuYWdyb3Njb3BlLmNoL2RlLUNIL0FqYXgvRW/luemVscHVibGlrYXRpb24vRG93bmxvYWQ_ZWluemVscHVibGlr/YXRpb25JZD0zMjI0Nw==.pdf
  40. https://www.futurefarming.com/tech-in-focus/jcb-fastrac-icon-offers-advanced-precision-ag-technology/
  41. https://www.aservicemanualpdf.com/Samplepages/9813-1200-2.pdf
  42. https://www.agronaplo.hu/nagyvilag/jcb-fastrac-at-25
  43. https://www.tractordata.com/farm-tractors/tractor-brands/jcb/jcb-tractors-year-sorted.html
  44. https://www.thescottishfarmer.co.uk/machinery/16252719.jcbs-fastrac-3000-says-fond-farewell/
  45. https://www.agriland.co.uk/farming-news/last-3000-series-fastrac-rolls-off-jcb-production-line/
  46. https://www.profi.co.uk/news/jcb-ends-production-fastrac-3000-series/
  47. https://www.fwi.co.uk/machinery/tractors/jcb-unleashes-new-284-335hp-6000-series-fastrac-tractors
  48. https://www.wheelsandfields.com/jcb-launches-new-range-high-tech-fastrac-6000-series-tractors/
  49. https://www.nfuonline.com/updates-and-information/high-speed-tractors-vs-standard-tractors-what-s-the-difference/
  50. https://www.vehicle-certification-agency.gov.uk/vehicle-type-approval/what-is-vehicle-type-approval/type-approval-for-agricultural-vehicles/
  51. https://www.fwi.co.uk/machinery/road-legal/road-rules-reminder-trailer-safety-tractor-speed-and-licences
  52. https://tractorevolution.com/blog/tractor-speed-challenge-fastest-fieldwork-machines/
  53. https://www.guinnessworldrecords.com/world-records/100223-fastest-tractor
  54. https://www.guinnessworldrecords.com/news/2018/3/top-gear-smashes-record-for-worlds-fastest-tractor-after-driving-at-more-than-14-519246
  55. https://www.ricardo.com/en/news-and-insights/press-releases/2019/how-ricardo-contributed-to-jcb-s-world-speed-record-breaking-tractor
  56. https://www.mobilityengineeringtech.com/component/content/article/40898-sae-ma-00020
  57. https://www.guinnessworldrecords.com/news/2019/11/guy-martin-reaches-135-mph-to-obliterate-the-worlds-fastest-tractor-record-598759
  58. https://topgear.fandom.com/wiki/Tractor_Challenge
  59. https://www.youtube.com/watch?v=eD53PYYKBj0
  60. https://www.linkedin.com/posts/tdmowforth_jcb-tractor-fastrac-activity-7075537205653331968-T6zv
  61. https://www.youtube.com/watch?v=5_EzacIfcgQ
  62. https://www.youtube.com/watch?v=XEdG2x_SZW8
  63. https://www.magellantv.com/video/guy-martin-worlds-fastest-tractor
  64. https://www.youtube.com/watch?v=HXe-aQt_Lbs
  65. https://farmingsimulator.fandom.com/wiki/JCB_Fastrac_8310
  66. https://www.facebook.com/FarmersGuardianMachinery/videos/guy-martin-and-jcb-set-new-world-speed-record/1185860208468794/
  67. https://www.irishexaminer.com/farming/arid-20415322.html
  68. https://www.thescottishfarmer.co.uk/machinery/14799939.fastrac-celebrates-its-25th-birthday-with-new-flagship/
  69. https://www.stackyard.com/news/2007/06/machinery/02_jcb_fastrac.html
  70. https://www.agriland.ie/farming-news/giant-fastrac-adds-to-jcbs-acolades-at-sima-2017/
  71. https://www.farm-equipment.com/articles/4269-timeline-of-ag-equipment-firsts
  72. https://www.jcb.com/en-GB/products/machines/agricultural-tractors/
  73. http://hayandforage.com/article-857-JCB-Fastrac-at-25-%25E2%2580%2593-Still-One-of-the-World%27s-Most-Sophisticated-Productive-and-Distinctive-Tractors.html
  74. https://www.ivtinternational.com/news/agriculture/tractor-of-the-year-2026-awards-announced-at-agritechnica.html
  75. https://farmmachinerybuyer.com/news/jcb-celebrates-fastracs-contribution-to-farm-productivity/
  76. https://www.reddit.com/r/farmingsimulator/comments/16rse0h/what_are_the_irl_reasons_a_farmer_would_use_the/
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