GTA Motor Launches the Limited-Edition Spano
Marissa Brassfield — May 1, 2009 — Autos
References: gtaconcept & motorauthority
In terms of supercars, we haven’t seen much come out of Spain, but GTA Motor plans to change that with the GTA Spano. This fiery seven-speed rear-wheel drive automobile features a chassis made with carbon fiber, Kevlar and titanium, and it’s packed with a V10 engine that can deliver 780 horsepower and 679 pounds per foot of torque.
The Spano will be the first production car for GTA Motor, but the automotive company has its roots in Formula 3 racing. In keeping with this heritage, the GTA Spano has a double wishbone suspension, adjustable shock absorbers, and tires and braking hardware inspired from the same components used on racecars.
The Spano will be the first production car for GTA Motor, but the automotive company has its roots in Formula 3 racing. In keeping with this heritage, the GTA Spano has a double wishbone suspension, adjustable shock absorbers, and tires and braking hardware inspired from the same components used on racecars.
Trend Themes
1. Spanish Supercars - The rise of Spanish automakers creating high-performance vehicles to compete in the supercar market presents an opportunity for disruptive innovation in the automotive industry.
2. Carbon Fiber Chassis - The use of carbon fiber, Kevlar, and titanium materials in the construction of supercar chassis is a growing trend that opens up opportunities for disruptive innovation in the materials industry.
3. High-performance Engines - The development of powerful V10 engines capable of delivering high horsepower and torque in supercars offers opportunities for disruptive innovation in the automotive engine manufacturing industry.
Industry Implications
1. Automotive - The automotive industry can explore disruptive innovation by capitalizing on the rise of Spanish supercar manufacturers and expanding their presence in the luxury and high-performance car market.
2. Materials - The materials industry has the potential for disruptive innovation by further advancing the use of carbon fiber, Kevlar, and titanium in automotive applications to enhance performance and fuel efficiency.
3. Automotive Engine Manufacturing - The automotive engine manufacturing industry can seize disruptive innovation opportunities by focusing on the development of high-performance engines for supercars that offer increased power and efficiency.
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