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Apollo’s EVO: The Outrageous New Face of Track-Day Hypercars If you’ve been looking for a V-12 track-day hypercar that truly impresses your buddies, but finds the Lamborghini Essenza SCV12 perhaps a bit too tame or the Aston Martin Valkyrie LM slightly too uncompromising, the Apollo EVO might just be your dream machine. This remarkable creation by Germany’s Apollo Automobil—the same company that brought us the Gumpert Apollo and the ultra-intense Apollo Intensa Emozione—is a jaw-dropping spectacle of aerodynamic extremism. With a silhouette defined by sharp edges, dramatic fins, and a Star Wars-esque aggressive stance, the EVO appears to be moving at 200 mph even when standing perfectly still. Performance Driven by Naturally Aspirated Fury On the track, this beast does more than just look fast. Apollo states that the EVO is capable of reaching speeds of 208 mph while making the 0-60 mph dash in approximately 2.5 seconds. Developed in close collaboration with and meticulously assembled by HWA AG, the renowned German motorsport engineering firm responsible for the spectacular Mercedes-Benz 190E 2.5-16 EVO II tribute car, the EVO harnesses the power of an upgraded version of the 6.3-liter naturally aspirated V-12 engine borrowed from the Intensa Emozione. This powerhouse revs all the way to 8,500 rpm, unleashing a formidable 800 horsepower and 564 lb-ft of torque. Power is delivered to the rear wheels through a precise Hewland six-speed sequential transmission, operated by responsive electropneumatic paddle shifters that connect the driver to the machine with seamless immediacy. Race-Spec Chassis Technology and Cutting-Edge Materials The chassis utilizes a sophisticated suspension system that is derived directly from racing technology. It features both pushrod actuation and adjustable struts at both the front and rear axles, offering granular control over the vehicle’s handling characteristics. The standard braking system employs state-of-the-art carbon ceramic discs measuring 15 inches in diameter at the front and rear. Complementing these brakes are center-lock forged alloy wheels, sizing 20 inches at the front and 21 inches at the rear, shod with ultra-high-performance Michelin Pilot Sport Cup 2 R tires that provide exceptional grip. For those enthusiasts seeking the ultimate track-day weapon, Apollo offers the option to equip the car with race-spec steel brakes and 18-inch wheels fitted with Michelin racing slicks, pushing the limits of adhesion and cornering G-forces even further. The heavily sculpted carbon-fiber exterior is wrapped around a completely new carbon-fiber monocoque. This advanced chassis structure weighs in at a mere 363 pounds, making it 10% lighter than the monocoque used in the Intensa Emozione, while simultaneously boasting a 15% increase in torsional stiffness. This significant improvement in rigidity translates directly to sharper steering response and enhanced chassis control during high-speed maneuvers. Active Aerodynamics: The Invisible Wings The Apollo EVO boasts more rocket-style fins and winglets than any production vehicle since the iconic 1958 GM Firebird III concept car, yet notably lacks a single, massive rear wing. This is by design, as the car features a sophisticated active aerodynamics system. This system is anchored around a hydraulically actuated rear wing that can deploy into the airflow in less than one second and continuously varies its angle of attack. This dynamic adjustment ensures the optimal balance between aerodynamic drag and downforce at all times, maximizing stability and cornering speeds without compromising straight-line performance. Apollo claims that at speeds reaching 200 mph, the advanced aero system generates as much as 3,000 pounds of downforce—significantly exceeding the EVO’s curb weight of approximately 2,900 pounds. This massive downward force keeps the car firmly planted on the asphalt even at extreme velocities. A Raw, Lightweight Cockpit for the Driver The interior of the EVO is a skeletal masterpiece of lightweight design, constructed almost entirely from carbon fiber and ultra-light “bionic” aluminum structures. These advanced materials not only reduce weight but also efficiently absorb and distribute loads from the monocoque, further increasing stiffness and improving occupant safety. The sculpted, lightweight bucket seats are bolted directly to the monocoque, providing a secure and supportive seating position. A sliding pedal box accommodates drivers of varying heights, ensuring a perfect fit for every pilot. The compact steering yoke features a grip geometry that Apollo describes as optimized for ultimate control. The cabin prioritizes performance over luxury, offering a raw, unfiltered connection to the machine. An Exclusive Track-Day Machine Only 10 Apollo EVOs are being built, making this an extremely exclusive opportunity for discerning collectors and track enthusiasts. Each vehicle is fully bespoke, finished and detailed to each owner’s exact specifications and personal preferences. This high degree of customization ensures that no two EVO owners will have the same experience. The price? If you have to ask, you likely can’t afford one. However, for the record, prices start at $3.5 million at current Euro/USD exchange rates, not including any applicable local taxes and fees. The first car is already under construction and is scheduled for delivery in the first half of this year. Exploring the Zenith of Track-Day Hypercars In the world of high-performance automobiles, the distinction between track cars and road-legal hypercars continues to blur. Modern performance engineering has reached a point where vehicles are capable of delivering true race-car dynamics with the added convenience of street legality. The Apollo EVO is a prime example of this trend, representing the absolute pinnacle of track-day engineering where performance and exclusivity intersect. The Rise of the Bespoke Hypercar For years, wealthy enthusiasts sought the thrill of Formula 1 or Le Mans racing. However, the reality of these disciplines involves high costs, demanding schedules, and stringent safety regulations. The advent of the hypercar era has provided a solution: vehicles that offer similar levels of performance in a package that is road-legal and relatively accessible compared to professional racing. Apollo Automobil, a brand synonymous with extreme engineering, has pushed this concept to its logical conclusion with the EVO. The demand for high-performance track-day cars has never been stronger. Many collectors no longer want cars that simply sit in a garage; they want vehicles that perform at their peak, demanding skill and driver engagement. This shift has driven manufacturers to create more extreme machines that push the boundaries of what is possible on a circuit. The Apollo EVO is more than just a fast car; it is a statement of automotive engineering prowess. A Legacy of Extremism: The Apollo Pedigree Apollo Automobil has a reputation for building radical cars that prioritize performance above all else. The company’s history includes the Gumpert Apollo, a car that shocked the automotive world with its extreme aerodynamics and raw power. This legacy of pushing the envelope is evident in the EVO, which takes the design philosophy of its predecessors to a new level. The partnership with HWA AG is crucial to the EVO’s success. HWA AG is a company with a deep history in motorsport, having been instrumental in Mercedes-Benz’s racing success. Their involvement ensures that the EVO benefits from world-class engineering expertise, particularly in chassis dynamics and aerodynamics. This collaboration ensures that the car not only looks extreme but also performs at the highest level. Engineering the Apex Predator: Aerodynamics and Chassis The Apollo EVO’s design is dominated by its aerodynamic features. The numerous fins, wings, and aggressive body lines are not merely aesthetic; they are functional components that manipulate airflow to generate massive amounts of downforce. The active rear wing is a key feature, allowing the car to adapt to different driving conditions. At high speeds, the wing generates enough downforce to keep the car glued to the track, while at lower speeds, it retracts to reduce drag and improve top speed. The chassis design is equally impressive. The carbon-fiber monocoque is lightweight and incredibly stiff, providing a solid foundation for the suspension and powertrain. The use of pushrod suspension further enhances handling, allowing for precise control of the car’s ride height and camber during cornering. The braking system, with its carbon-ceramic discs and adjustable calipers, provides immense stopping power, allowing the driver to brake later and accelerate earlier. The use of lightweight materials is a defining characteristic of the EVO. The carbon-fiber monocoque, aluminum structures, and lightweight bucket seats all contribute to the car’s low curb weight, which in turn enhances its performance. The focus on weight reduction ensures that the car is agile, responsive, and efficient. The Driver Experience: A Symphony of Speed The interior of the Apollo EVO is designed to put the driver at the center of the experience. The lightweight bucket seats provide support and stability during high-G maneuvers, while the sliding pedal box allows for a comfortable and ergonomic driving position. The steering yoke offers a direct and tactile connection to the car’s front wheels, providing instant feedback to the driver. The cockpit is spartan yet purposeful. There are no unnecessary luxuries, as every element is designed to enhance performance. The focus is on providing the driver with the information and control they need to extract the maximum performance from the car. The connection between driver and machine is immediate and visceral, making every lap feel like a pure driving experience. The Future of Track-Day Cars The Apollo EVO represents the direction in which the hypercar market is heading. As manufacturers seek to offer more extreme performance and personalization options, we can expect to see more cars like the EVO emerging in the future. The demand for bespoke track-day cars shows no signs of slowing down, and manufacturers that can deliver high-performance, exclusive