Tajima Dg16 By Pulse Crack

The DG-16’s origin story begins in the thin air of Colorado Springs, where Tajima’s decades of conquering the “Race to the Clouds” taught him that power is useless without controlled aggression. Meanwhile, Pulse Crack—a fictionalized atelier known for its “frequency-tuned” chassis and disregard for safety regulations beyond the driver’s own will—sought a partner to realize its most extreme vision. The brief was simple yet insane: build a vehicle capable of sub-8-minute Pikes Peak runs while remaining theoretically road-legal in Japan and select European micro-states. The “DG” stands for “Dynamic Gradient,” referencing both the hillclimb’s variable incline and the car’s adaptive ride-height system. “16” denotes the 16 high-output energy cells arranged in a spinal column layout behind the cockpit, a nod to both Pulse Crack’s obsession with biomimicry and Tajima’s lucky racing number.

At the heart of the DG-16 lies a powertrain that rejects both pure EV and hybrid conventions. Dubbed the Twin Vortex Pulse Drive, it consists of two rear-axle axial-flux motors (supplying 800 hp combined) and a front-axle singular in-wheel motor producing 400 hp. But the genius lies in the energy storage: instead of a flat skateboard battery, Pulse Crack engineers developed 16 cylindrical solid-state cells arranged vertically along the central tunnel, flanking the driver’s carbon-fiber monocoque. This “spinal pack” lowers polar moment of inertia and allows active cell venting for thermal management during 20-minute full-throttle assaults.

The “Pulse” in the tuner’s name becomes literal: the inverter operates at variable frequencies (200–800 Hz) that create a resonant thrum through the chassis, providing the driver with tactile feedback about remaining energy and torque distribution. In “Crack Mode”—a five-minute overboost setting—the system dumps reserve capacitance from a supercapacitor bank scavenged from regenerative braking, delivering a combined 1,500 horsepower for 30 seconds. Tajima famously remarked during testing, “It feels like holding a lightning bolt by the tail.” Tajima Dg16 By Pulse Crack

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Where most hypercars chase drag coefficients, the DG-16 chases downforce coefficient of friction with the ground itself. Pulse Crack’s chief aerodynamicist—a former fighter jet fluid dynamicist—designed a morphing rear wing composed of shape-memory alloy ribs covered in graphene-infused textile. At low speeds (<80 km/h), the wing sits flush with the decklid. Above 120 km/h, it deploys in three stages: first as a Gurney flap, then as a full airbrake (tilting 45 degrees), and finally as a drag-reduction system that twists into an inverted “V” to channel air toward a ventral diffuser. The DG-16’s origin story begins in the thin

The front splitter incorporates sacrificial titanium skid plates that spark on compression—intentionally, as Pulse Crack claims the plasma trail disrupts low-pressure zones beneath the nose. Side skirts feature active louvers that close during cornering to trap air under the floor, creating a ground-effect suction that increases with yaw angle. The result is a theoretical 2,500 kg of downforce at 200 km/h, enough to drive upside down through a tunnel—a feat the marketing team has yet to attempt.