In 2012, when Alejandro Agag and the Formula E organisation were still assembling the founding framework of what would become the world’s first fully electric single-seater championship, Drayson Racing Technologies became the first team to formally commit. The contract was signed before the technical regulations were finalised, before the championship had demonstrated commercial viability, and before most of the motorsport world took electric racing seriously.
This post explains why we made that commitment when we did, what we were hoping to achieve, what we actually learned, and why the decision was right even in ways we didn’t anticipate.
The Context: Electric Racing in 2012
In 2012, the prevailing view in mainstream motorsport was that electric vehicles were intrinsically limited — too heavy, too slow, and too short-ranged to be taken seriously as performance machines. The Nissan LEAF, launched in 2010, had popularised EVs for urban commuting but reinforced the perception that electric meant compromised.
Drayson Racing Technologies held a different view, grounded in first-hand engineering experience. Our work on high-power electric powertrains had demonstrated that the performance limitations of EVs were not fundamental — they were engineering problems that investment and competition would solve. Formula E, as we understood it in 2012, was the mechanism that would direct that investment and create that competition.
The technical confidence behind our Formula E commitment was grounded in the work we were simultaneously doing on the B12/69EV programme, which would go on to set the 204 mph electric land speed record — demonstrating conclusively that electric powertrains could match or exceed the performance of internal combustion at the highest levels.
Why We Signed Early: First-Mover Advantage and Influence
Being first to commit to Formula E was not simply a statement of belief in the championship’s potential. It was a strategic decision to maximise DRT’s influence over the championship’s technical direction in its formative phase.
When a new championship is being designed, the teams that are engaged earliest have the greatest ability to shape technical regulations, sporting formats, and commercial structures in ways that align with their philosophy and capabilities. DRT’s early commitment gave Lord Drayson a seat at the table during the critical period when Formula E’s DNA was being established.
The arguments we advanced in those early conversations — for open technical regulations that rewarded innovation, for energy management as a core racing skill, for a championship structure that made R&D investment worthwhile — shaped Formula E’s initial technical framework in ways that are still visible in the championship today.
What We Expected vs What Actually Happened
We expected Formula E to be technically experimental in its early seasons — a championship where engineering innovation was the dominant competitive variable. What actually happened was more complex: the championship correctly prioritised spectacle and commercial viability in its early seasons, using a standardised powertrain that limited technical differentiation but ensured competitive racing.
This was not wrong — it was necessary. A technically open formula in Season 1, with teams at wildly different stages of EV engineering development, would have produced the kind of uncompetitive field that kills new championships. The standardised approach built audiences and commercial partnerships that gave the championship the foundation to open up the technical regulations as the field’s collective expertise matured.
The design work DRT undertook on the Formula E concept — the car we envisaged competing with in the early seasons — is the subject of a dedicated post on designing the DRT Formula E concept with Sergio Rinland and the RCA.
What We Learned About Electric Racing’s Development Trajectory
Our early Formula E involvement taught us several things that shaped DRT’s subsequent direction. First, that the most valuable competitive asset in electric racing is not simply power — it is energy management. A driver and team that can manage state of charge, regeneration strategy, and power deployment across a race distance has a decisive advantage over one that simply seeks maximum power output.
Second, that the public narrative around electric racing matters enormously. Formula E succeeded in attracting major manufacturer investment — Audi, BMW, Mercedes, Porsche — not because of its TV audience figures in Season 1, but because it represented a credible platform for demonstrating EV technology to consumers who associated motorsport with automotive performance credentials.
This policy and perception dimension of electric motorsport is explored in our post on motorsport as a laboratory: the case for competitive low-carbon racing — where we argue that the most important output of electric motorsport is not the racing itself but the technology and narrative it generates.
The Longer Legacy
Formula E is now in its eleventh season. It has attracted investment from virtually every major automotive manufacturer, generated significant EV powertrain R&D, and demonstrated to a global television audience that electric vehicles can be genuinely exciting. The championship DRT committed to in 2012, before most people believed in it, has delivered on its core promise. Our role in its earliest days — and the technical programmes that surrounded our commitment — remain part of the foundation on which electric motorsport now stands. That work connects directly to the broader story of Britain’s electric motorsport ecosystem and the Oxfordshire EV valley.
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