Meet the Gumpert Apollo, a stunning sports vehicle that combines beauty and performance in an unparalleled manner. In case you didn't already guess, the car is named after Apollo, the son of the Greek god Zeus, who represents masculine beauty. He was the ideal combination of physical supremacy and morality. Likewise, Gumpert Apollo exemplifies outstanding performance capabilities while also displaying an appeal that will not date.
Roland Humpert's imagination spawned an entire family of supercars known as the Gumpert Apollo. In addition to offering a spectacular driving experience, the Apolo is capable of establishing speed records. This makes it an example of extraordinary strength, dynamism, and sportsmanship. Let's take a step back and see where the Gumpert Apollo came from before we discuss its outstanding features.
Developed by former Audi engineer and racing enthusiast Roland Gumpert, the Apollo is highly influenced by his racing background and longstanding ties to the German automaker. The Apollo was produced between 2005 and 2013.
Gumpert Apollo: The Birth Of An Automotive Legend
As far back as 2000, Roland Gumpert had a vision for a new sports automobile, that needed to be both street legal and race capable. Later, car designer Roland Mayer encouraged him to assist in the development of a prototype sports car. Gumpert's participation in the project was agreed on the proviso that if they did produce a new sports vehicle, they would make it a series model.
Marco Vanetta drew the initial sketches of the vehicle after defining the technical specifications. In 2001, once Vanetta completed this procedure, the first 1:4 scale model of Gumpert's automobile was built. Together with the Technical University of Munich and the Ingolstadt University of Applied Sciences, Gumpert continued to work on the Apollo.
Construction, computer modeling, and wind tunnel testing were all done with their help. The results of this work went a long way toward creating the first-ever 1:1 scale model. In October 2005, the ultimate production of the Apollo commenced following the construction of two prototype vehicles.
The outcome was a technological marvel. Soon after, the first completely functional road automobile arrived in Europe and was sold at several Gumpert locations. Within his company, Roland Gumpert has established an atmosphere where engineering brilliance is combined with automotive and racing expertise.
Finally, the Apollo made its racing debut at the Divinol Cup in April 2005. Ruben Maes, a race car driver from Belgium, was the one behind the wheel, and he crossed the finish line in third place at the Hockenheimring. A hybrid version of the Apollo would be entered in the 2008 Nürburgring 24 Hours by Gumpert, with 2004 champion Dirk Müller and ex-Formula One driver Heinz-Harald Frentzen piloting it.
New Levels Of Performance Have Been Set By The Apollo
Apollo's hybrid 3.3-liter V8 twin-turbocharged engine and 134-hp electric engine combine to produce 512 horsepower. There were three distinct engine options available: the Base version, which produced 650 horsepower; the Sport version, which generated 700 horsepower; and the Race version, which delivered around 800 horsepower. Depending on the configuration, the Apollo may weigh between 2,400 and 2,600 lbs.
The supercar's acceleration and its ability to turn corners earned high marks from critics. For example, Autocar's head test driver, Matt Prior, said that the Apollo redefines the idea of pure speed and driving experience. In addition, during Series 11 of Top Gear, Apollo completed the Top Gear test circuit in 1:17.1, establishing a record that stood for three years until it was broken by the Ariel Atom 500.
In the development of Gumpert Apollo, unrestricted force and agility have molded design and technology. Power and acceleration are at an all-time high thanks to Apollo's V8 turbocharged engine. Therefore, the Apollo has a peak speed of 223.9 mph, a 0-62 mph acceleration time of 3.1 seconds, and a 0-124 mph acceleration time of 9.1 seconds. Isn't that truly amazing?
Even at top speeds, the stunning car's aerodynamics and rigid structure guarantee incredibly accurate and predictable handling. As great performance necessitates the best safety, the road-legal Apollo complies with international motorsports standards. Additional protection for the occupants is delivered by the carbon monocoque and tubular steel subframes.
Besides the Apollo, there are many other high-performance vehicles on the market, you may think. However, it is so distinctive and well-made that it wants to set a new bar for its category. Here are some of Apollo's best characteristics that we'd like to highlight: it is suitable for use both on the road and the racetrack, boasts maximum safety in compliance with international motor racing regulations, and weighs under 2,600 lbs.
The list continues with additional elements of equal importance, such as precise handling; incomparable driving performance; outstanding aerodynamic efficiency and dynamics; and a distinctive, modern appearance. Moreover, although being produced in a series, each Apollo is unique, being personalized to the owner's requirements and desires.