Dutch Startup Introduces a Supercar Driven Like a Motorcycle

2026-11-13 community

Amsterdam, Friday, 13 November 2026.
Sanrivatti unveiled a track-focused vehicle where motorists ride lying on their stomach, turning human body weight into active cornering ballast to fundamentally alter high-performance vehicle dynamics.

Challenging the Spec-Sheet Paradigm with Superbike Ergonomics

On November 12, 2026, Netherlands-based automotive start-up Sanrivatti pulled back the curtain on its first prototype and design model: the Sanrivatti One [3][6]. Spearheaded by Uruguayan founder and motorsport engineer Santiago Sánchez Rivero, who started conceptualizing his own hypercar at the age of 14 before moving to the Netherlands for university engineering studies, the project addresses what Rivero identifies as an obsessive focus on spec sheets rather than dynamic engagement [3][6]. Operating as a track-only hypercar, the machine abandons conventional seating architecture entirely for a radical posture termed the ‘Apex Position’ [3][6]. Under this configuration, the operator lies prone on their stomach with arms extended forward to handle a traditional steering wheel, while legs trail behind to operate the accelerator and brake pedals [3][6].

Physics of Active Mass and Forward-Facing Sightlines

Rather than treating the pilot as stationary dead weight constrained inside a monocoque, the Sanrivatti One integrates what the engineering team designates as a ‘G-Force Neutralizing System’ [6]. By physically leaning into corners, drivers harness their body weight as active ballast to work with cornering forces instead of resisting lateral inertia [6]. Beyond altering gravitational leverage, design simulations demonstrate that the head-forward posture drastically expands the driver’s forward visibility [6]. The design records a vertical field of view of 28 degrees, marking an increase over the 15.5 degrees documented in benchmark hypercars [3][6]. This visual expansion equates to an improvement of 80.645 percent over traditional packaging metrics [3][6].

Motorsport Packaging and Naturally Aspirated V10 Engineering

To complement the superbike-derived ergonomic layout, the Sanrivatti One is engineered around high-level competition hardware [6]. Nestled within a carbon fiber tub and aircraft- or peregrine falcon-inspired bodywork, the vehicle relies on an internal combustion powertrain consisting of a naturally aspirated 5.5-liter Judd V10 engine [3][6]. The powertrain aims to generate 800 hp at 9,000 rpm alongside roughly 700 Nm (516 lb-ft) of torque, channeling output through a six-speed sequential Hewland transmission [3][6]. Chassis architecture incorporates double wishbone pushrod suspension, AP Racing brakes, Braid forged magnesium wheels, and Michelin racing slick tires [6]. Target specifications establish a lightweight dry vehicle mass of 1,100 kg (2,425 lb) and a top speed reaching 322 km/h (200 mph) [3][6].

Testing Programs and the Commercial Horizon to 2030

Engineering, validation, and track testing remain actively underway across the development team, meaning performance benchmarks, curb weight, and engine output remain subject to iterative adjustment before final sign-off [3]. Because the vehicle operates unlike any conventional supercar or production motorcycle, Sanrivatti is coupling vehicle delivery with an exclusive owner club and driver training curriculum to acclimatize customers to its dynamic controls and ergonomic dynamics [3][6]. Commercial rollouts are targeted on a long-term capital horizon, with the company projecting its initial customer deliveries for 2030 following multi-year dynamic validation cycles and circuit testing experiences [3][6][alert! ‘Customer delivery timeline remains subject to validation and developmental execution leading into 2030’].

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Automotive engineering Vehicle ergonomics