Apollo Evo - 2026

Atmospheric Fury in an Electrified Age: Technical Analysis of the Apollo Evo

Introduction and Brand Heritage

In an era when the hypercar sector is largely pivoting toward forced induction, heavy battery packs, and multi-motor hybrid drivetrains, the Apollo Evo represents an uncompromising commitment to pure, naturally aspirated mechanical performance. Produced by German boutique manufacturer Apollo Automobil GmbH in Affalterbach—the brand tracing its lineage back twenty years to the 2006 Gumpert Apollo—the Evo serves as the track-dedicated successor to the acclaimed Intensa Emozione (IE). First previewed in concept form at the 2021 China International Import Expo (CIIE) in Shanghai, the platform reached production delivery status in July 2026 at the Goodwood Festival of Speed.

The vehicle was realized through a specialized European technical consortium: body styling and aerodynamic surfacing by Jowyn Wong of Wyn Design, interior development, UI/UX, and chassis rollout by Ideenion Automobil AG, cabin additive manufacturing by Brose, and competition powertrain development by HWA AG.

Powertrain Dynamics and Mechanical Engagement

At the core of the Apollo Evo sits an atmospheric 6.3-litre (6,262 cc) 65° V12 engine derived from Ferrari’s F140 engine family, comprehensively re-engineered, tested, and assembled by HWA AG in Affalterbach. Engineered entirely without turbochargers or electric hybrid assistance, the powertrain focuses on linear torque delivery, immediate throttle response, and acoustic resonance up to a 9,000 rpm redline. The power unit produces 800 PS (789 bhp / 588 kW) and generates a peak torque of 765 Nm (564 lb-ft) at 8,500 rpm.

Drive is sent exclusively to the rear wheels via a longitudinally mounted 6-speed Hewland sequential competition gearbox actuated by paddle shifters. Utilizing straight-cut dog gears, the gearbox offers rapid shift speeds and mechanical engagement, eliminating the dampening characteristics common to road-oriented dual-clutch transmissions.

Ultralight Composite Chassis and Dynamic Aero-Load Inversion

The structural core is an all-carbon monocoque safety cell weighing just 165 kg. Compared to the preceding chassis used in the Intensa Emozione, this platform achieves a 10% reduction in mass and a 15% improvement in torsional rigidity. The monocoque integrates directly with carbon-fibre front and rear subframes, crash structures, and an inboard pushrod double-wishbone suspension setup. Deceleration is managed by competition-grade carbon-ceramic discs and motorsport calipers mounted behind forged lightweight wheels wrapped in Michelin Pilot Sport Cup 2 tires.

The vehicle maintains a total dry weight of 1,300 kg (2,866 lbs), achieving a 0–100 km/h acceleration time of 2.7 seconds and a maximum speed of 335 km/h (208 mph).

The sculpted exterior generates 1,350 kg of downforce at speeds between 300 and 320 km/h. Because total aerodynamic load exceeds the vehicle's 1,300 kg dry mass, the Evo achieves genuine aero-load inversion. Balance is actively managed by an electro-hydraulic active carbon rear wing capable of complete articulation in under one second to act as a high-angle airbrake.

Additive Manufacturing and the "Dragon Skin" Exhaust

The mechanical centerpiece of the rear assembly is the "Dragon Skin" exhaust—the largest single-piece 3D-printed titanium exhaust system ever fitted to an operational hypercar. Built via a continuous 123-hour laser-sintering process, the component contains zero transverse or longitudinal weld joints, eliminating structural failure points caused by thermal cycling. The generative, scaled exterior surface increases radiative surface area to manage gas temperatures up to 1,000°C, naturally oxidizing during circuit running into vibrant purple and blue heat-tinted hues.

Inside the cockpit, accessed via upward-opening butterfly doors, functional structural carbon remains exposed, accompanied by Brose-engineered 3D-printed aluminum dashboard nodes, a CNC-milled aluminum steering wheel, and fixed-back composite racing seats.

Exclusivity and Commission #01: "Caribbean Dragon"

Apollo Automobil has strictly capped global production of the Evo to 10 bespoke units, each carrying a base retail price of €3,000,000 before taxes and individual customization options.

The initial customer unit—designated "Caribbean Dragon" and commissioned by Dutch collector Fred Grifhorst through the Apollo Forge personalization program—debuted at Goodwood 2026. Built across more than 1,000 hours of specialized paintwork over 75 individual carbon-fibre body panels, Chassis #01 features an eight-coat Diamond Dust Pearl White finish paired with Ocean Blue-tinted exposed carbon surfaces, an ocean-themed leather cockpit, and asymmetric color-split forged wheels.

Technical Specifications and Benchmark Architecture

Under the rear engine cover, propulsion is provided by an atmospheric 6.3-litre (6,262 cc) 65-degree V12 powerplant developed alongside HWA AG, producing 800 PS (789 bhp / 588 kW) and delivering 765 Nm (564 lb-ft) of torque at an 8,500 rpm operational peak. Channeling this output strictly to the rear wheels is a track-focused 6-speed Hewland sequential gearbox featuring paddle-shift operation.

Structurally, the car is built around an advanced carbon-fibre monocoque weighing 165 kg, which delivers a 15% improvement in torsional stiffness alongside a 10% reduction in tub mass compared to the previous Apollo Intensa Emozione. Overall dry weight settles at 1,300 kg (2,866 lbs), which, combined with rapid gear changes, enables the vehicle to accelerate from 0 to 100 km/h in 2.7 seconds on its way to a top speed of 335 km/h (208 mph).

Aerodynamically, the active aero surfaces generate up to 1,350 kg of downforce between 300 and 320 km/h—surpassing the static mass of the vehicle itself. Thermal discharge is managed through the seamless, 123-hour 3D-printed "Dragon Skin" titanium exhaust system. Apollo Automobil has limited global production to exactly 10 non-homologated, track-dedicated chassis worldwide, each commanding a starting net price of €3,000,000 (approximately $3.4 million USD or £2.6 million GBP) prior to bespoke coachbuilding finishes.