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RML Group
RML Group
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RML's former entry in the Le Mans Series, the MG-Lola EX265C Le Mans Prototype

Key Information

RML Group is a British total engineering solutions company based in Wellingborough, Northamptonshire, England. Founded in the 1984 by Ray Mallock as a motorsport team, the group has since expanded to provide advanced engineering services to OEMs and other companies in the automotive sector, as well as those in defence, aerospace, and marine.

The company has a prestigious heritage in motorsports and high-performance vehicles, and as of 2025 saw significant investment in RML Group, including the installation of a new senior management team with CEO Paul Dickinson joining the board. Operations are spread across four divisions – Power, Engineering, Motorsport and Bespoke.

Powertrain and engineering expertise have seen RML Group work with the likes of Aston Martin, McLaren Automotive, Bentley, NIO, Lotus Cars, Nissan and MG Motor on special projects, while experience with electrification in motorsport has seen the development of the VarEVolt scalable platform allows RML Group to provide bespoke, high-performance batteries for hybrid and electric vehicles.

RML supports manufacturers with factory motorsport projects and race teams across a range of formulae, including touring cars and GT racing. At a series level, the group has a contract as Official Parts Supplier to the British Touring Car Championship, providing specified NGCT-specification chassis, suspension and steering components to all teams in the competition.

The company's Bespoke division has delivered a range of projects direct to customers, initially the RML Short Wheelbase (SWB) 1960s-style grand tourer launched in 2021 and currently the Le Mans-inspired GT Hypercar.

Group divisions

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Power

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RML's Power division is responsible for design, development and manufacturing across powertrain projects, including advanced battery systems and bespoke engine builds. Facilities include R&D, laser welding and end-of-line testing capabilities, delivering projects for teams in motorsport and OEMs in the automotive sector, as well as off-highway industries.

Engineering

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The Engineering division within RML develops advanced engineering projects across automotive, aerospace, defence, marine and motorsport industries. The team works on systems such as chassis and vehicle dynamics development, aerodynamics, powertrain integration, and cockpit systems with past projects including vehicles such as the Nio EP9 and McLaren Senna GTR.

Motorsport

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RML Group was established as a motorsport team, and more than 40 years later, motor racing remains a key focus. From designing championship-winning cars to running world class racing teams, RML Group holds multiple world and national championships, and supports a variety of racing series as parts supplier and car builder.

Bespoke

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Bespoke is RML's showcase division, creating high-performance vehicles with advanced engineering and advanced levels of craftsmanship. RML's motorsport heritage underpins the development of these cars, which have ranged from modern interpretations of classic GT cars to lightweight, advanced track vehicles, capable of being driven to and from the track in comfort.

Early history

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Ray Mallock began building racing cars, alongside his brother Richard, as an assistant to his father, Major Arthur Mallock, who created the Mallock U2 chassis for Clubmans racing. After racing in Formula 3, Formula Atlantic and sports car racing, Mallock founded his team, Ray Mallock Atlantic Racing, in 1979, which he renamed RML in 1984.

Sports car racing

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Ray Mallock, a driver for Viscount Downe Racing, helped develop the privateer Aston Martin-powered Nimrod NRA/C2 for Group C regulations in the World Endurance Championship in 1982, 1983 and 1984. In 1984, RML was contracted to build the Ecurie Ecosse prototypes for the C2 class, winning the class title in 1986.

In 1987, RML returned to the main class by developing the Aston Martin AMR-1. The project was closed in 1990, but RML found work with the works Nissan team instead. RML developed and prepared NPTI's Nissan R90CK programme for Le Mans. One of the cars manages to lead the race for five hours and set a new lap record.

In 1999, RML returned sportscars by producing the RML Mallock P20 Supersports Car, in association with Mallock Sports his brother Richard's company. The car won the National Supersports championships in 1999 and in 2000, when it was driven by Michael Mallock.

In 2000, RML created the Saleen S7 supercar initially as a road car, and then the racing version the S7-R, winning the European Le Mans Series in the GT1 class in 2001 and the Spanish GT Championship overall in 2002. In 2004 RML entered the FIA GT Championship with two cars.

Also in 2004, RML ran an MG-Lola EX257 in the Le Mans 24 Hours and Le Mans Endurance Series. After the design became obsolete with the onset of new LMP2 regulations, RML merged components from the EX257 into the Lola B05/40's chassis and bodyshell, creating the MG-Lola EX264, which won Le Mans in the LMP2 class in 2005 and 2006.

The team's car was further upgraded for the 2008 Le Mans Series season, using a new XP21 motor developed by MG, and renaming the car EX265. This car was then replaced before the season finale by a coupe bodystyle, based on the new Lola B08/80. Using components of the EX265, including the MG XP21 motor, the new car was christened the EX265C, and made its debut at the 2008 1000km of Silverstone.[1]

In 2009, the team turned to the Mazda MZR-R turbocharged engine in the back of the Lola B08/80, abandoning the MG moniker, but issues with the spec fuel caused several engine failures over the season, the car finishing only twice over the whole season. For the 2010 season, the team is retaining the Lola B08/80 chassis, but with a normally aspirated V8 engine developed by Honda Performance Development, the same engine used in the HPD ARX-01.

RML competed in the Le Mans Series in 2011 with a HPD ARX-01d LMP2 car, becoming the second team to run the ARX-01 in Europe after Strakka Racing.[2]

In 2012, RML developed a new engine on behalf of Nissan for the unique Nissan DeltaWing RML, as Nissans Motorsport Partner ran the car and provided engineering and technical support at Le Mans 24 hours and Petit Le Mans where it finished 5th overall.

For 2014, RML were engaged to design and build the Nissan ZEOD RC, an innovative racing car designed to run in Le Mans Garage 56. The car was the first to switch between Electric and Petrol powered Propulsion. RML were responsible for the whole vehicle, including developing a high performance lightweight powertrain. The engine was a new RML design, a 3-cylinder 1.5 litre weighing only 40 kg and producing over 400 bhp. The ZOED RC suffered a gearbox failure due to a new part with a material defect early in the 24 hour race, however in practice had achieved the first ever all electric lap of Le Mans and over 300 km/h on in Electric mode.

24 Hours of Le Mans results

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Year Entrant No. Car Drivers Class Laps Pos. Class
Pos.
1982 United Kingdom Nimrod Racing Automobiles 31 Nimrod NRA/C2-Aston Martin United Kingdom Bob Evans
United Kingdom Geoff Lees
United Kingdom Tiff Needell
Group C 55 DNF DNF
United Kingdom Viscount Downe Racing
(private entrant)
32 United Kingdom Ray Mallock
United Kingdom Simon Phillips
United Kingdom Mike Salmon
317 7th 4th
1983 United Kingdom Viscount Downe Racing
(private entrant)
United Kingdom Pace Petroleum
39 Nimrod NRA/C2-Aston Martin United States Steve Earle
United Kingdom Ray Mallock
United Kingdom Mike Salmon
Group C 218 DNF DNF
1984 United Kingdom Viscount Downe Racing
(private entrant)
United Kingdom Aston Martin Lagonda
31 Nimrod NRA/C2B-Aston Martin United Kingdom Ray Mallock
United States Drake Olson
Group C1 94 DNF DNF
32 United Kingdom Richard Attwood
United Kingdom Mike Salmon
United Kingdom John Sheldon
92 DNF DNF
United Kingdom Écurie Écosse 77 Ecosse C284-Cosworth United Kingdom David Duffield
United Kingdom David Leslie
United Kingdom Mike Wilds
Group C2 36 DNF DNF
1985 United Kingdom Écurie Écosse 79 Ecosse C285-Cosworth United Kingdom David Leslie
United Kingdom Ray Mallock
United Kingdom Mike Wilds
Group C2 45 DNF DNF
1986 United Kingdom Écurie Écosse 78 Ecosse C285-Cosworth United States Les Delano
United States John Hotchkis
United States Andy Petery
Group C2 293 15th 4th
79 Ecosse C286-Austin Rover United Kingdom David Leslie
United Kingdom Ray Mallock
United Kingdom Mike Wilds
181 DSQ DSQ
1987 United Kingdom Swiftair Écurie Écosse 101 Ecosse C286-Cosworth United States Les Delano
United States Andy Petery
United Kingdom Mike Wilds
Group C2 135 DNF DNF
102 Belgium Marc Duez
United Kingdom David Leslie
United Kingdom Ray Mallock
308 8th 2nd
1989 United Kingdom Aston Martin
United Kingdom Écurie Écosse
18 Aston Martin AMR1 Greece Costas Los
United Kingdom Brian Redman
Republic of Ireland Michael Roe
Group C1 340 11th 9th
19 United Kingdom David Leslie
United Kingdom Ray Mallock
United Kingdom David Sears
153 DNF DNF
1990 Japan Nissan Motorsports
United States Nissan Performance Technology Inc.
83 Nissan R90CK Australia Geoff Brabham
Republic of Ireland Derek Daly
United States Chip Robinson
Group C1 251 DNF DNF
84 United States Bob Earl
New Zealand Steve Millen
Republic of Ireland Michael Roe
311 17th 17th
2001 United Kingdom RML 62 Saleen S7-R Belgium Bruno Lambert
United Kingdom Ian McKellar
United Kingdom Johnny Mowlem
LMGTS 175 DNF DNF
2002 United Kingdom RML 68 Saleen S7-R Portugal Pedro Chaves
United Kingdom Gavin Pickering
Portugal Miguel Ramos
LMGTS 312 23rd 5th
2003 United Kingdom Graham Nash Motorsport
United Kingdom Ray Mallock Ltd.
64 Saleen S7-R Portugal Pedro Chaves
Brazil Thomas Erdos
United Kingdom Mike Newton
LMGTS 292 NC NC
2004 United Kingdom Ray Mallock Ltd. (RML) 25 MG-Lola EX257-AER Brazil Thomas Erdos
United Kingdom Nathan Kinch
United Kingdom Mike Newton
LMP1 256 DNF DNF
2005 United Kingdom Ray Mallock Ltd. (RML) 25 MG-Lola EX264-Judd Brazil Thomas Erdos
United Kingdom Warren Hughes
United Kingdom Mike Newton
LMP2 305 20th 1st
2006 United Kingdom Ray Mallock Ltd. (RML) 25 MG-Lola EX264-AER Brazil Thomas Erdos
United Kingdom Mike Newton
United Kingdom Andy Wallace
LMP2 343 8th 1st
2007 United Kingdom Ray Mallock Ltd. (RML) 25 MG-Lola EX264-AER Brazil Thomas Erdos
United Kingdom Mike Newton
United Kingdom Andy Wallace
LMP2 251 DNF DNF
2008 United Kingdom Ray Mallock Ltd. (RML) 25 MG-Lola EX265-AER Brazil Thomas Erdos
United Kingdom Mike Newton
United Kingdom Andy Wallace
LMP2 100 DNF DNF
2009 United Kingdom RML 25 Lola B08/86-Mazda United States Chris Dyson
Brazil Thomas Erdos
United Kingdom Mike Newton
LMP2 273 DNF DNF
2010 United Kingdom RML 25 Lola B08/80-HPD Brazil Thomas Erdos
United Kingdom Mike Newton
United Kingdom Andy Wallace
LMP2 358 8th 3rd
2011 United Kingdom RML 36 HPD ARX-01d United Kingdom Ben Collins
Brazil Thomas Erdos
United Kingdom Mike Newton
LMP2 314 12th 4th
2012 United States Highcroft Racing 0 DeltaWing-Nissan United Kingdom Marino Franchitti
Germany Michael Krumm
Japan Satoshi Motoyama
CDNT 75 DNF DNF
2014 Japan Nissan Motorsports Global 0 Nissan ZEOD RC Japan Satoshi Motoyama
Spain Lucas Ordóñez
Belgium Wolfgang Reip
CDNT 5 DNF DNF

Touring car racing

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Vauxhall (1992–1996)

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Taking advantage of its relationship to Ecurie Ecosse, RML made its debut in touring car racing in 1992, by moving to the British Touring Car Championship. The team ran two semi-works Vauxhall Cavaliers for Ecurie Ecosse for two years.

RML built its first ground up Super touring car the Vauxhall Cavalier RML P7 in 1993, it took RML's maiden BTCC victory with David Leslie at the wheel at Thruxton.

Due to the team's success, RML was awarded with the works Vauxhall contract in 1994 taking over from Dave Cook Racing, winning the championship the following year. The RML Vauxhall Cavalier RML P11 won the 1995 in both the teams and Drivers standings. Vauxhall launched the new Vectra RML P12 for 1996. The season was a transitional year with the team scoring just one victory with James Thompson.

Nissan (1997–1999)

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RML's association with Nissan in touring car racing began with the design of South African Touring car championship Sentra RML P8 in 1993. It grew in 1997 moving on from Vauxhall to become the works partner for Nissan in Super Touring, being responsible for the build, development and operation of the BTCC cars as well as the build of the cars for the German and Japanese series.

The team won the BTCC manufacturers' and teams' titles in 1998 & 1999 with RML project numbers P17 & P18 respectively and the drivers' championship in 1999 with Laurent Aïello.

SEAT (2004)

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In 2004, RML contracted with SEAT Sport UK to run two SEAT Toledo Cupras in the BTCC with drivers Jason Plato and Rob Huff, at the end of the year RML moved into the WTCC with Chevrolet.

Chevrolet (2009–2011)

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RML re-entered the BTCC in 2009, running their ex-WTCC Chevrolet Lacettis for 2001 champion Jason Plato, Mat Jackson since round two and James Nash since round four. Alex MacDowall. Their 2009 campaign has brought good results, taking 11 wins and Plato taking second in the drivers championship. In 2010, RML ran the Works Chevrolet team in the BTCC, winning the drivers championship with Jason Plato. On 1 February 2012, Chevrolet announced that they will be pulling out of the BTCC to focus on the WTCC, therefore RML will not be taking part in the 2012 BTCC season.

Yvan Muller won his second Drivers' Championship and Chevrolet won the Manufacturers' Championship for the first time in 2010.

Chevrolet (2005–2012)

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RML won the contract to build, develop and run the works Chevrolet Lacetti in the WTCC from the 2005 season. The Lacetti won 1 race in its first year, 7 wins in 2007 and 5 wins in 2008. In 2009 the new Chevrolet Cruze was introduced and took 6 wins in the first year. In 2010, the Chevrolet team won both the Manufacturers Championship by a substantial 74 points and, with Yvan Muller, won the Drivers Championship.[3] The RML Chevrolet team won the WTCC again in 2011 with Muller and again in 2012 with Rob Huff. On 4 July 2012, Chevrolet Europe announced that the 2012 season will be the last for the Chevrolet WTCC team.[4]

Independent entry (2013)

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On 4 March 2013, RML announced they would enter the WTCC in 2013 as an independent two-car entry with Chevrolet Cruzes run for Yvan Muller and new recruit from the closed down Team Aon team, Tom Chilton.[5] Muller will win the 2013 WTCC championship & Chilton finishes 5th overall.

Since 2014, RML develops the Chevrolet Cruze to the new 2014 TC1 specs for various teams, but did not field a team.

South African Touring Car Championship

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RML built the works Nissan Sentra for the South African Touring Car Championship.

Rallying

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At the end of 1997, Opel decided to cut down its involvement in touring cars, and contracted RML to the develop the Opel Astra Kit-car for the Formula 2 regulations for them in the World Rally Championship and several national rallying championships in Europe. In 1999, the RML Astra won titles in Germany, Norway and Sweden.

In late 2000 Opel assigned RML to design and build the Opel Corsa for the new Super 1600 category, which replaced the F2 kit-cars. The car made its competition debut in the 2002 JWRC class of the Monte Carlo Rally and its first title the following year.

During this period RML were responsible for the build, development and customer support of all Opel Astra and Corsa Rally cars.

Formula One

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RML considered lodging an entry for the 2010 Formula One World Championship,[6] however decided against it, citing the current uncertainty over 2010 regulations as their reason for doing so. They were to use Cosworth engines had they submitted an entry. RML have also said they are still considering an entry into Formula One in the future.

Other series

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2003 ASCAR Champion Ben Collins.

In 2002, RML entered the British ASCAR stock car series, based on ASA-type racing, winning the 2002 and 2003 titles with Nicolas Minassian and Ben Collins. Also in 2002, RML prepared Darren Manning's Team St. George car for the British Champ Car race at the Rockingham race track.

Road cars

[edit]

RML's engineering skills were used in road-going cars for the first time in 1990, when the company built a small number of Ford GT40 replicas. In 1994, RML created several concept sketches for an undisclosed Japanese manufacturer.

In 1999, RML returned with two different projects, the Opel Astra Concept DTM, a road-going prototype based on the Opel Astra Coupé the German company would debut the following year, and the ground up design of the Saleen S7.[7]

In 2003, Nissan ordered a prototype based on the new Nissan Micra, powered initially by a 265 hp (198 kW) Touring Car race engine (with a 6-speed sequential gearbox), and later by a 309 hp (230 kW) Nismo tuned V6 engine and called Micra R. The car debuted in the Geneva Auto Show.

In 2011, RML showcased the Nissan Juke-R with Nissan announcing a limited production run of 'the worlds fastest crossover' in 2012.

In 2014, RML developed and built the Q50 Eau Rouge concept on behalf of Infiniti Motor Co.

RML Group produced a road-legal converted version of the Aston Martin Vulcan some time before 2018.[8][9]

In 2021, RML showcased the Short Wheelbase, essentially a modern classic inspired by the famed Ferrari 250 GT SWB.[10] Only a few months later, RML released more details, indicating that only 30 units would be made, going on sale before the end of 2021.[11]

GT Hypercar

[edit]

Developed under the P39 codename, RML Group designed and built the GT Hypercar as a modern-day interpretation of road-going Le Mans racers.

Featuring a 912 PS (900bhp) turbocharged six-cylinder engine, active aerodynamics and a carbon fibre body, the GT Hypercar is intended to be the ultimate track-day weapon, but one that is comfortable to drive to and from the circuit. The first customer car was delivered in September 2025, with production under way at RML Group's Wellingborough campus.

References

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[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia
RML Group, originally established as Ray Mallock Ltd., is a British and high-performance company founded in 1984 by former racing driver Ray Mallock and headquartered in , , . Specializing in for competition and road applications, the company delivers comprehensive solutions across four core divisions: RML Power for advanced powertrains and electrification systems, RML Engineering for bespoke components and prototyping, RML Motorsport for vehicle development and race support in series such as the (BTCC) and (WTCC), and RML Bespoke for handcrafted luxury performance vehicles like the P39 GT hypercar. Over four decades, RML Group has built a legacy of innovation and success, including multiple BTCC manufacturer and drivers' titles with brands like Vauxhall, Nissan, Opel, and Chevrolet in the 1990s and 2000s; WTCC championships with the Chevrolet Cruze in the 2010s; and endurance racing milestones such as the MG-Lola EX257 at Le Mans and the hybrid Nissan ZEOD RC demonstrator for the 2014 24 Hours of Le Mans. The firm has expanded beyond racing to support original equipment manufacturers (OEMs) with electrification technologies, including its VarEVolt battery system that set a record at the Goodwood Festival of Speed, and serves as the official technical partner for the BTCC since 2016. Under current CEO Michael Mallock, son of the founder, RML continues to invest in advanced manufacturing, such as laser welding for rapid battery production, positioning it as a leader in sustainable high-performance mobility.

History

Founding and Early Development

Ray Mallock, the founder of RML Group, began his competitive racing career in the late 1960s, drawing inspiration from his father's engineering legacy in . In the 1970s, he progressed through British Formula 3, competing from 1973 to 1976, including the March 73B in 1973 and Ensign LNFB/74 and Brabham BT40 in 1974, achieving 1 win and 6 podiums in 1974. His early successes included the outright win in the 1970 Clubmans Championship and dominance in 1971 with 22 wins and nine lap records driving a Mallock U2 Mk8B. Mallock's involvement in Formula Atlantic began in 1974, finishing 3rd overall with 1 win and 3 podiums in 9 events using Ensign LNFB/74 and Brabham BT40 chassis. The following year, 1978, he continued in the series with a March 752 and Ensign N175, securing another podium while also debuting in sports car racing with a Lola T296 at the 500 km Le Castellet in 1977. By 1979, he had founded Ray Mallock Atlantic Racing as a dedicated Formula Atlantic team, focusing on single-seater preparation and competition; that year, driving a Ralt RT1/77, he clinched the British Formula Atlantic Championship with eight wins and 114 points. Concurrently, Mallock entered the British Formula One Championship from 1978 to 1980, achieving a podium in 1978 with an Ensign N175 at Thruxton and two more in 1980 with a Surtees TS20, including third places at Silverstone and Brands Hatch. The team's origins trace back to Mallock's family roots, as he is the son of Arthur Mallock, an engineer who pioneered affordable racing cars in the 1950s and 1960s through the series, designed for Clubmans and classes to democratize motorsport without direct operational ties to Ray's later ventures. Based initially in , , Ray Mallock Atlantic Racing emphasized engineering precision in single-seater racing during its formative years. In 1984, the outfit was renamed RML (Ray Mallock Ltd), signaling a pivot toward broader motorsport engineering services, including an eventual transition to programs in the mid-1980s.

Key Milestones and Expansion

In 1984, Ray Mallock Ltd. was formally established as an engineering-focused entity, evolving from its earlier operations to emphasize development and customer support in motorsport. This shift marked the company's initial expansion into building high-performance vehicles for and competitions, solidifying its role as a specialized partner. The 1990s brought key milestones, including RML's first major championships in through endurance events like the and the , alongside entry into manufacturer partnerships such as for touring cars in the (BTCC). These efforts culminated in the 1995 BTCC drivers' title with the driven by , highlighting RML's growing expertise in competitive vehicle engineering. During the 2000s, RML experienced substantial growth, particularly through its WTCC program with Chevrolet from 2005 to 2012, where it secured drivers' championships for in 2008, 2010, and 2011, and in 2012; manufacturers' titles in 2008, 2010, 2011, and 2012, amassing 59 race victories. The decade also saw the establishment of international operations and diversification into other disciplines, enhancing RML's global engineering footprint beyond its UK base. The 2010s further expanded RML's scope, with post-WTCC independent entries in using Chevrolet Cruzes, where James Nash claimed the Yokohama Drivers' Trophy and the team won the Yokohama Teams' Trophy. Additionally, RML pursued involvement in supplier roles, positioning itself as a contender for independent engine supply in 2015 and contributing to high-level components that aligned with F1 technical demands. This period reflected a strategic shift toward broader engineering services, extending beyond pure racing into high-performance automotive development. In 2025, RML unveiled its first GT Hypercar, a bespoke 920 hp model based on the Turbo S, at Salon Privé, marking further expansion into high-performance road vehicles. In 2024, RML marked its 40th anniversary, commemorating over 50 race wins and multiple championships across series like the BTCC and WTCC, underscoring its evolution into a comprehensive firm with a legacy of motorsport innovation.

Motorsport Involvement

Sports Car Racing

RML Group's involvement in sports car racing began in the mid-1980s, when the company was contracted to construct prototypes for Ecurie Ecosse in the . The Ecosse C285, a Group C2 prototype featuring a 3.3-liter DFL V8 engine producing approximately 395 bhp, debuted at the 1985 Monza 1000 km, where Ray Mallock and Mike Wilds secured second place in class. The car competed across British and European series, including additional rounds in the , establishing RML's expertise in prototype engineering and endurance preparation. During the 1990s, RML expanded its endurance racing footprint, developing and preparing the R90CK for the 1990 under the NPTI banner. Powered by a 3.5-liter , the car represented RML's growing role in high-level programs, though it retired early due to mechanical issues. This period also saw RML achieve multiple class victories in the , leveraging their engineering prowess to optimize GT machinery for competitive edge in national series. RML's Le Mans engagements intensified from the late 1990s into the early 2000s, with entries spanning prototypes and GT categories. In 2000, RML engineered the S7-R GT1 racer, a 7.0-liter Ford V8-powered machine capable of over 600 hp, which debuted in the before securing the GT1 title in 2001. The S7-R also contested the 2001 , where RML's entry finished 18th overall and fifth in the LMGTS class despite reliability challenges. Concurrently, RML launched a dedicated LMP program with the MG-Lola EX257 in the LMP675 class for the 2001 , marking MG's return to the event after decades; the car, powered by a 2.0-liter AER turbocharged inline-four, qualified strongly but retired due to engine failure. The MG-Lola partnership evolved into RML's flagship effort through the , with the team running updated variants like the EX264 (Judd V8 in 2005) and EX265 (AER turbo in 2006 and beyond) in the Series and 24 Hours. RML secured LMP2 class victories at in both 2005 and 2006, with the 2005 win driven by Mike Newton, Tommy Erdos, and Warren Hughes covering 4,163 km despite rain and mechanical hurdles. The 2006 triumph repeated the feat, solidifying RML's status in endurance racing. These successes were bolstered by Series LMP2 championships in 2007 and 2010, with the program concluding in 2011 using an HPD ARX-01d, where RML's entry placed competitively in class at the 24 Hours. In the late 2000s and , RML shifted toward GT1 and hybrid prototypes while maintaining technical innovations. The team campaigned Corvette C6.R entries in the from 2009 to 2011, achieving multiple podium finishes, including strong results at and , thanks to optimized and chassis tuning. A return to in 2011 saw RML enter a GT2 in the Pro class, though the car faced challenges and . Throughout these programs, RML's in-house capabilities shone in chassis development and aerodynamic optimizations, such as custom carbon-fiber monocoques and wind-tunnel-refined bodywork for the MG-Lolas, enabling reliable performance in high-stakes endurance environments.

Touring Car Racing

RML's entry into touring car racing commenced in the British Touring Car Championship (BTCC) through a partnership with Vauxhall from 1992 to 1996, where the team prepared and raced the Cavalier model initially, transitioning to the Vectra in later years. This collaboration secured multiple drivers' championships, notably John Cleland's 1992 title, achieved with the Ecurie Ecosse-backed Cavalier, highlighting RML's early expertise in adapting production saloons for competitive sprint racing. Building on this success, RML shifted to for the 1997-1999 seasons, developing the Primera GT to specifications and clinching team championships during a dominant period that marked the first Japanese manufacturer's BTCC success. The program emphasized refined and power delivery, contributing to key victories and podium finishes across the era's high-stakes grid battles. In 2004, RML undertook an independent one-off program with Sport UK, campaigning two Toledo Cupra S2000-specification cars for drivers and Rob Huff, achieving notable results including a race win for Plato at that underscored the team's versatility in the evolving regulations. Returning to manufacturer backing, RML re-entered the BTCC in 2009 with Chevrolet, initially using ex-World Touring Car Championship Lacetti chassis before introducing the Cruze from 2010 to 2011. This effort yielded constructors' titles in both 2010 and 2011, with the Cruze's superior handling and reliability enabling 17 race wins and 's drivers' crown in its debut year. RML's touring car prowess extended to the World Touring Car Championship (WTCC), where they developed and operated the factory Chevrolet Lacetti program from 2005 to 2012, amassing over 50 race victories and securing four consecutive drivers' championships with in 2009, in 2010 and 2011, and Rob Huff in 2012, alongside multiple manufacturers' titles in 2009, 2010, and 2011. Following Chevrolet's withdrawal, RML continued as an independent entrant in 2013 with the Cruze, posting strong mid-season results including a race win for at Sonoma and supporting 's drivers' title retention. Beyond , RML supported Chevrolet entries in the South African Touring Car Championship during the 2000s, achieving class victories through adapted Lacetti and Cruze variants that leveraged the team's global engineering know-how for regional competitiveness. Central to these achievements were RML's technical innovations, including bespoke sequential gearboxes and advanced suspension geometries optimized for demands, which facilitated over 20 combined race wins in the BTCC and WTCC by enhancing shift speeds and chassis balance under varying track conditions.

Rallying and Single-Seaters

In the late , following reduced commitments in touring cars, RML developed the / for the / category, which competed in national rallies including the . Company involvement in single-seater racing was limited, with founder Ray Mallock having competed personally in Formula 3 prior to establishing RML in 1984.

Other Series and Heritage Activities

In addition to its core programs, RML Group has engaged in niche series, particularly historic classes that highlight its heritage. The company provides support for entries in historic events, focusing on pre-1960s and similar categories, where restored classic vehicles compete in dedicated grids at major circuits. These activities emphasize and period authenticity, with RML contributing to vehicle preparation and on-track performance. A cornerstone of RML's heritage efforts is the restoration and active racing of the Mallock U2 MK2, a 1960 car representing the earliest surviving customer-built example from the Mallock family. Designed by founder Ray Mallock's father, Arthur Mallock, the lightweight spaceframe chassis features a 1098cc engine, BMC A Series gearbox, and period axles, originally securing a class victory at the in 1960 under Captain John Harwood. RML's team meticulously stripped, refined, and rebuilt the car to optimize handling and performance while preserving its historical integrity, enabling continued competition in modern historic events. This project underscores the company's commitment to the Mallock family's foundational roots in affordable, innovative race car design from the late . RML supports founder Ray Mallock's personal racing campaigns with the MK2, promoting the Mallock legacy through public demonstrations and competitive outings. The 2025 schedule included Silverstone National Testing on March 9 for initial shakedown and setup, followed by the Donington Historic Festival on May 2, where Mallock secured in the class. Subsequent appearances encompassed Thruxton Retro on June 21-22, HSCC Legends Super Prix on July 12-13, a Goodwood Track Day on July 21, and the on September 12-14, culminating in a class podium finish that celebrated the car's enduring competitiveness. These events not only showcase the U2 MK2's capabilities but also engage enthusiasts in the historical narrative of British motorsport engineering. In the 2020s, RML has extended its non-core involvement to electric testing, leveraging its expertise for sustainable technologies. The company developed and tested advanced battery systems, including the VarEVolt , which achieved full charging in 18 seconds and earned Conformity of Production certification under UN ECE Regulation 100 in June 2025, paving the way for integration into high-performance electric vehicles suitable for track applications. This work builds on prior electric projects, such as the full-battery track built in 2016, and supports broader supplier roles in electrified development, though not directly tied to . Achievements in historic series include multiple class podiums, reinforcing RML's role in preserving and advancing motorsport heritage through public events that draw thousands of attendees.

Road Car Projects

Bespoke Development and Early Models

RML Group's involvement in road car engineering began in the early with contracted work on the prototype, assisting with engineering under Saleen's direction. Launched in 2000, the S7 featured a hand-built, mid-engine layout with a naturally aspirated 7.0-liter Ford producing 550 horsepower and 520 lb-ft of torque, paired with a lightweight carbon fiber and body for exceptional power-to-weight ratios exceeding 500 hp per ton. Production was strictly limited, with approximately 52 road-going units completed, targeting enthusiasts seeking track-focused dynamics in a road-compliant package. The development process leveraged RML's racing expertise, including in-house refinements to stiffening, aerodynamic kits, and suspension systems borrowed from their motorsport programs to ensure the S7's balance of road usability and circuit prowess. Emphasis was placed on creating a capable of sub-four-second 0-60 mph acceleration while maintaining precise handling, with the carbon fiber construction drawing directly from race car lightweighting techniques. This approach highlighted RML's ability to transfer high-performance engineering principles to limited-production road cars without compromising everyday drivability. By the mid-2010s, RML had expanded its capabilities in high-performance , primarily through collaborations with major manufacturers on special vehicle projects rather than independent limited-production models. These efforts centered on innovative integrations and , building on earlier successes to support OEM developments emphasizing construction and superior track performance.

Recent High-Performance Vehicles

In the 2020s, RML Group shifted toward developing original high-performance road cars, leveraging its motorsport heritage to create track-capable with road usability. The company's Bespoke Division spearheaded this evolution, focusing on bespoke engineering upgrades to premium donor platforms while introducing limited-production hypercars. This period marked RML's expansion into collector-oriented models that blend cutting-edge and powertrains with anniversary commemorations. The RML P39 project, announced in 2024 as part of the company's 40th anniversary celebrations, represents a pivotal entry in this lineup. Based on the 992 Turbo S, the P39 prototype debuted dynamically at Fest in May 2025, showcasing a re-engineered twin-turbocharged 3.7-liter tuned by Litchfield Motors to deliver up to 920 horsepower and over 738 lb-ft of torque. This power upgrade, combined with a lightweight carbon-fiber body and active generating over 6,500 N (approximately 663 kg) of in track mode at 150 mph, enables the P39 to accelerate from 0-60 mph in 2.4 seconds and achieve a top speed exceeding 196 mph. RML targeted a Nordschleife lap time under 6:45, surpassing the RS benchmark, through enhancements like selectable ride heights, advanced damping, and a full in performance specifications. The production evolution of the P39 culminated in the GT Hypercar (GTH), unveiled at Salon Privé in August 2025 as the first of 39 limited-edition units worldwide. Drawing aesthetic inspiration from Le Mans-winning prototypes like the , the GTH features a carbon-fiber , active front and rear aero elements, and multiple drive modes—including Wet (around 600 hp for low-grip scenarios), Normal, Sport, and Track—for versatile performance. Priced starting at approximately £495,000 plus the donor vehicle (totaling over £675,000), the GTH positions itself as an exclusive collectible for enthusiasts, with the initial 10 units as 40th Anniversary Special Editions emphasizing RML's racing legacy. Production occurs at RML's Northamptonshire facility near , ensuring hand-built quality and track validation.

Engineering Divisions and Innovations

Core Capabilities and Services

RML Group's operations are structured around four core divisions, each specializing in distinct aspects of high-performance engineering and manufacturing. RML Engineering focuses on precision machining, fabrication, and advanced CNC capabilities, enabling the production of lightweight chassis, composite bodywork, and bespoke components using materials like carbon fiber for enhanced strength and reduced weight. RML Power specializes in developing high-performance engines, electric vehicle (EV) battery systems, and hybrid technologies, including powertrain design, 3D modeling, and rigorous testing within a dedicated 10,000 sq. ft. manufacturing facility. RML Motorsport handles race car construction, vehicle development, and ongoing support, providing chassis, suspension, and spare parts for competitive applications. Complementing these, RML Bespoke delivers custom high-performance road vehicles, integrating cutting-edge technology with handcrafted quality for limited-production models. The group's technical services encompass advanced inspection techniques, such as coordinate measuring machine (CMM) programming, computed tomography (CT) scanning, simulation, and structural analysis, ensuring full part traceability, first article inspections, and conformity reporting. Expertise in composite materials includes carbon fiber bonding and monocoque chassis fabrication, which achieve superior rigidity—such as three times that of FIA LMP1 standards in select projects—while prototyping services support rapid development from one-off concepts to full production runs. These capabilities extend beyond motorsport to non-automotive sectors, with contracts in aerospace, defense, and marine industries since the 2010s, focusing on lightweight structures and high-strength components. Supporting these offerings, RML Group employs over 100 skilled professionals at its headquarters in , , operating 24/7 with ISO 9001:2015-certified processes to maintain precision and compliance across all divisions. This infrastructure enables scalable production, including prototypes and components for diverse applications, underscoring the company's versatility in engineering innovation.

Partnerships and Modern Advancements

RML Group has established key partnerships with major automotive manufacturers to advance and high-performance . In collaboration with NIO, RML contributed to the development of the EP9 electric hypercar, launched in 2016, which features a quad-motor all-wheel-drive system delivering 1,341 horsepower and a top speed of 195 mph. This project involved RML's expertise in design, , and integration, enabling the vehicle to set records including a 6:45.90 lap time at the Nordschleife in 2017. A significant modern advancement in RML's power division is its work on battery electric vehicle (BEV) technologies, exemplified by the partnership with on the ZEOD RC (Zero Emission On Demand Racing Car) for the 2014 24 Hours. RML engineered a lightweight 1.5-liter hybrid system paired with a 12.5 kWh, 400-volt pack and dual 110 kW electric motors, achieving the first full lap of the circuit on electric power alone at speeds up to 186 mph. This innovation highlighted RML's capabilities in structural battery integration and advanced cooling systems, paving the way for hybrid and electric propulsion in motorsport. In September 2025, RML partnered with Shell Lubricants to develop EV-Plus Thermal Fluid, a gas-to-liquid-based that enhances battery thermal management for faster charging. Demonstrated in a 34 kWh co-engineered by RML, the fluid enabled charging from 10% to 80% state-of-charge in under 10 minutes at 350 kW, while reducing and improving safety compared to traditional glycol-based coolants. This collaboration underscores RML's role in accelerating BEV adoption through optimized energy systems. In 2025, RML Bespoke unveiled the P39 GT hypercar, the first in a limited-production series of 39 units inspired by racers. Featuring a lightweight carbon fiber body, active including a deployable rear wing and adjustable front splitter, and a delivering up to 920 horsepower and 1,000 Nm of , the P39 achieves 0-60 mph in 2.4 seconds and a top speed of 205 mph. Advanced simulations project a Nordschleife lap time of 6:45, highlighting RML's integration of motorsport-derived engineering for road performance. RML's engineering innovations extend to sustainable and simulation-driven , supported by a recent multi-million-pound in advanced facilities. This includes a 10,000-square-foot center equipped for in-house cell characterization, laser welding, and high-fidelity testing, enabling of hybrid and electric systems. In motorsport, RML's standardized (NGTC) platform, supplied to all (BTCC) teams since 2011, incorporates modular and suspension components that promote parity and , contributing to enhanced and technical in the series. Additionally, RML's long-term partnership with Chevrolet in the FIA yielded four drivers' and manufacturers' titles between 2005 and 2010, leveraging RML's and expertise for race-winning performance.

References

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