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    Aspark Owl - 2019 - v1.0 ZIB
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    The Silent Strike: Inside the Record-Shattering World of the Aspark Owl

    The Aspark Owl is not merely a car; it is a $3.5 million declaration that the future of high-performance driving is both electric and unapologetically extreme. Born from the ambitious vision of Masanori Yoshida, founder of the Japanese engineering and human resources firm Aspark Co., the Owl transitioned from a radical 2014 concept to a production-ready hypercar that has consistently humbled the automotive establishment. Yoshida’s philosophy was rooted in a desire to "create new value that doesn’t yet exist," believing that the world becomes more exciting when people pursue radical ideas. By prioritizing pure physics over traditional heritage, Aspark bypassed decades of internal combustion development to create what experts have described as a "teleportation machine" rather than a conventional vehicle.

    At the heart of the Owl’s legend is its world-leading acceleration. Utilizing a sophisticated quad-motor powertrain, the Owl achieved a verified 0-60 mph sprint in just 1.72 seconds. This violence is delivered in near-total silence, save for the faint whine of high-performance electronics and the rush of wind piercing a body standing only 993 millimeters tall—making it one of the lowest road-legal cars ever produced. In 2023, the vehicle further cemented its status by setting two Guinness World Records for the highest average speed by an electric car over an eighth of a mile (309.02 km/h) and a quarter-mile (318.85 km/h), demonstrating that its power does not dissipate as the speeds climb toward triple digits.

    This performance is made possible by an uncompromising approach to structural engineering. The Owl is built around a bespoke single-piece carbon fiber monocoque chassis that weighs a mere 120 kilograms, providing the rigidity necessary to handle nearly 2,000 horsepower. To ensure the vehicle remains stable at its theoretical top speed of 413 km/h (257 mph), it employs active aerodynamics, including an automatically deploying rear wing that extends at 150 km/h and retracts below 100 km/h. The production models utilize Michelin Pilot Sport Cup 2-R tires, specifically selected to handle the massive torque and thermal loads generated by the motors. Stopping this 2,000 kg beast requires equally extreme hardware: SICOM carbon-ceramic discs paired with massive 10-piston front calipers.

    The mechanical soul of the machine comprises four surface permanent magnet synchronous motors (PMSM). Unlike many electric vehicles that rely on simple single-speed direct drive, some configurations of the Owl utilize a specialized two-speed gearbox to maximize low-end launch torque without sacrificing top-end velocity. Energy is supplied by a centrally mounted 69 kWh 800V high-voltage battery system, designed by Daneeca Ltd at Silverstone. While the 280-mile range is respectable for a hypercar, the system is tuned for peak power delivery, capable of rapid fast charging that brings the battery from 20% to 80% in approximately 45 minutes using a 200 kW station.

    Inside the cockpit, the Owl reflects its dual nature as both a racing weapon and a luxury asset. The interior is a minimalist, driver-focused environment "dripping in carbon fiber" and lined with premium Alcantara. To keep the profile as low as possible, the seating position is "race car low," requiring a unique entry method where the driver sits on the side sill and pivots into the footwell. The traditional wing mirrors have been replaced with digital cameras that feed two of the four interior displays, a design choice that both improves aerodynamics and provides a futuristic, "spaceshiplike" feel to the cabin. Control is further customized through four unique drive modes, including a "High Boost" setting that prepares the motors and battery for maximum acceleration.

    Aspark has continued to evolve the platform with record-breaking results. In June 2024, the SP600 prototype—an evolution of the original Owl developed specifically for top speed—reached a certified 438.7 km/h (273 mph) at the Automotive Testing Papenburg track in Germany. To handle these extreme speeds, the SP600 used bespoke Bridgestone Potenza Race tires and underwent extensive wind tunnel validation to ensure stability. Further pushing the boundaries, Aspark unveiled the Owl Roadster in September 2025. Limited to just 20 units worldwide, the Roadster offers a "sensory thrill" designed to connect the driver with the environment through the rush of wind and the "striking clarity" of the road surface.

    Today, the Aspark Owl exists in a competitive landscape shared with the Rimac Nevera R and the Lotus Evija. While the BYD Yangwang U9 Track Edition recently claimed the top-speed throne with a 308.4 mph run in late 2025, the Owl remains a definitive symbol of the niche, boutique hyper-EV market. Hand-built in partnership with Manifattura Automobili Torino (MAT) in Italy, each of the 50 coupes and 20 roadsters represents a singular work of automotive art for the world's most elite collectors. The project’s success proves that when an engineering firm decides to "think outside the box" and pursue speed without compromise, the results can redefine the boundaries of what is possible on four wheels.

    Description

    Initial release of the LoRA.

    LORA
    ZImageBase
    by mastermerlin
    Download (Beta) View on CivitAI
    owl
    vehicle
    aspark

    Details

    Downloads
    17
    Platform
    CivitAI
    Platform Status
    Available
    Created
    4/17/2026
    Updated
    5/12/2026
    Deleted
    -
    Trigger Words:
    Aspark0wl

    Files

    mastermerlin_zimage_Aspark_Owl_2019.safetensors

    Size:
    183.25 MB
    SHA256:
    603af6db2b654df938278ccab3393e4e60f6bbda8b389833eefab5f675f37596

    Mirrors

    CivitAI (287 mirrors)