Toyota A-BAT concept truck: a hybrid concept
Toyota has a reputation for its tough compact trucks. More recently, Toyota is taking the lead in hybrid technology. Now, Toyota is getting back to its compact truck roots in modern hybrid style with a new concept truck dubbed A-BAT, which was displayed at the North American International Auto Show in Detroit. The environmentally advanced A-BAT provides modern versatility, roominess and style in a compact pickup architecture.
“Driving from beyond the suburbs to the city is a way of life for many people,” said Kevin Hunter, president, Calty Design Research, Inc. “We’ve taken Toyota’s truck heritage to a different level by envisioning a vehicle capable of maneuvering the suburbs as well as dirt roads. This compact truck is as comfortable for long commutes as it is for road trips. It can accommodate outdoor toys and home improvement supplies. Plus, customers benefit from the hybrid powertrain’s low emissions and fuel economy.”
This is in some respects a new genre of vehicle designed for an active, modern lifestyle. It’s design is intended to be fun and stylish yet fuel efficient and durable. Functionality and maneuverability were also key elements of the A-Bat concept.
The A-BAT concept rides on a unibody platform for car-like handling when navigating city streets and crowded parking lots, and smooth ride quality for highway trips and the everyday commute. In addition, its lightweight package coupled with Toyota’s Hybrid Synergy Drive® technology is designed to deliver excellent fuel economy. Translucent solar panels in the top surface of the instrument panel capture sunlight and convert it into energy, showcasing the vehicle’s “green” character. Positioned below the Toyota Tacoma, A-BAT integrates truck features with car fundamentals for an efficient and modern package.
The A-BAT concept was developed by the TMS Advanced Product Strategy group and Calty, Toyota’s North American-based, research and design center located in Newport Beach, Calif. The A-BAT’s unique aerodynamic exterior was crafted by Calty Project Chief Designer Ian Cartabiano and Creative Designer Matt Sperling. They integrated Toyota’s design philosophy, “Vibrant Clarity” into the exterior by keeping the design forward-looking, crisp and functional.
“We studied the ‘trapezoid’ silhouette from the side profile of the Toyota Prius and applied it to create an entirely new truck image,” said Sperling. He further enhanced the trapezoidal profile by placing the cab forward, and using fast angle A- and C-pillars, shortened overhangs, and a sleek front window.
“The image of a NATO all-terrain military truck inspired us to keep the occupants as far forward as possible to maximize rear bed capacity in this compact package,” stated Sperling.
“The inspiration behind the exposed structure on the interior was drawn from high-end mountain bike frames,” added Daryl Harris, Senior Creative Designer. “We applied lightweight construction materials, such as carbon fiber and aluminum, to the instrument panel, console and seats for increased structural rigidity while reducing mass.”
The rigid, yet sculptured alloy center console runs between the two front seats and houses a portable power pack. The battery pack offers both AC and DC for a wide variety of applications including powering tools, electrical gear while camping, a laptop computer, small appliances or assisting a vehicle jump start.
The A-BAT features a four-foot bed, but has more flexibility than the standard pickup truck. A translucent roof panel slides open to allow for tall cargo in the cab. When the pass-through midgate is folded down into the cab the bed lengthens an additional two feet. An open tailgate provides an additional two-foot of bed length. The A-BAT offers customers the versatility of hauling a standard 4*8 sheet of plywood one day, then taking a family on a camping trip to the lake the next.
The bed has features perfect for work and play. These include tailgate lighting for illuminating the load in the bed, a first aid kit and flashlight integrated into the tailgate, sliding tie downs, and an AC power outlet. Items such as sports and leisure equipment can be stored in the lockable drawers in the bed walls. The concept also has additional storage that is accessible through sliding doors conveniently placed in and outside of the truck bed. For even more storage capacity the A-BAT comes with a large sliding drawer beneath the bed, accessible without opening the tailgate.
The four-passenger A-BAT offers numerous seating and storage configurations. In addition to the rear seats folding down with the midgate to extend the cargo bed length, the rear seat cushions can retract beneath the cargo bed to increase rear cab cargo flexibility. A removable storage tray beneath the rear seat offers tie downs and organizing compartments to secure loose cargo.
Inside the A-BAT has a retractable portable navigation unit with a seven-inch diagonal screen and Wi-Fi internet. Other advanced features include a port for portable device assistant synchronization and a hard drive for digital music.
Both the driver and front passenger have a large multi-information display screens on the IP to view the status of their high tech gadgets and HVAC and audio settings.
The solar panels on the dash recapture energy from the sun to assist in the charging of the navigation unit, portable power pack and backlit information displays.
“This concept is the next evolution of the compact truck,” said Hunter. “We were able to create a compact truck that’s utilitarian, has an original profile compared to other pickup trucks, has a ’small, but tough’ character and is economical to operate. The A-BAT is a fun-to-drive, practical package that reflects Toyota’s environmental sustainability message.”
TOYOTA A-BAT CONCEPT PICKUP TRUCK PRELIMINARY SPECIFICATIONS
Four cylinder gas engine with Toyota Hybrid Synergy Drive®
Overall Length: 181.3
Overall Width: 74.4
Overall Height: 64.0
Wheelbase: 112.2
Bed Length: 48.0
Bed Length with Midgate down: 72.0
Bed Length with Midgate and Tailgate down: 96.0
Wheel Size: 19-inch
