Automotive
Donut Platform is perfectly suited for the automotive industry, revolutionizing the approach to vehicle design and performance.
Automotive
Benefits On Land
Maximum Torque and Power
Designed to meet the demands of high- performance automotive projects, the Donut Platform offers unmatched torque and power density. Whether your focus is hypercars, heavy-duty trucks, or innovative electric mobility solutions, our platform delivers scalable power precisely when and where it’s needed, ensuring exceptional performance without compromise.
Lighter, compact design
The Donut Platform’s lightweight and compact architecture offers significant weight savings, enhancing efficiency and overall vehicle performance. Space-saving designs enable improved aerodynamics and increased cabin storage capacity, opening the door to new possibilities for streamlined vehicle designs that maximize utility and performance.
Cost-efficient
The Donut Platform enables significant BOM (Bill of Materials) cost savings by minimizing the need for unnecessary propulsion components and reducing overall system complexity. This streamlined approach lowers production costs and enhances long-term reliability, allowing you to build high- performing, cost-effective solutions that maximize value-for every project.
Case Study
Hypercar
Donut Platform empowers hypercars with unparalleled agility, power, and design flexibility — setting a new benchmark for performance-driven innovation.
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Weight savings
Achieve a 108kg reduction on a 1,450kg vehicle
for enhanced efficiency and performance. -
Performance
Delivering 1,500kW and 9,000Nm of total wheel torque,
with acceleration from 0-100km/h in under 2 seconds. -
BOM cost saving
Reduce drivetrain Bill of Materials
(BOM) costs by 55%. -
Space saving
Free up 200 liters of packaging space, enabling improved
aerodynamics and increased cabin storage capacity.
Case Study
Compact suv
Save costs, speed up development, and build superior vehicles with less complexity.
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BOM Cost Savings
Achieve a cost reduction of €1,895 in the Bill of Materials.
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Space Savings
Gain an additional 170 liters of cargo space through
optimized packaging. -
Less propulsion parts
Reduce propulsion components by 75%, eliminating 120
parts. This streamlines manufacturing, saving 7.8 hours per cycle,
cutting validation by 68%, and minimizing logistics, while
lowering annual warranty costs by €212. -
Shorter R&D time
Accelerate development cycles to reach the market faster
with reduced R&D time.
Case Study
Semi-truck
Boost payloads, reduce costs, and achieve substantial weight savings to maximize efficiency. With unparalleled torque and a streamlined design, the Donut Platform transforms heavy-duty transport.
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Wheel Torque
Delivers a powerful 18,000Nm of wheel torque for exceptional performance.
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Weight savings
Achieve a total weight reduction of 1,104kg, including 420kg from the drivetrain, 387kg from motors and inverters, and 297kg from the battery.
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BOM Cost Reduction
Reduce Bill of Materials costs by €14,915.
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Increased Cargo Capacity
Enhance payload capacity by 1,104kg, maximizing
transport efficiency.
Case Study
Motorcycle
Build the ultimate ride with a revolutionary architecture that transforms every aspect of motorcycle design, delivering unmatched performance and all-around excellence.
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Form Factor
Unique technology allows engineering of the
‘perfect’ bike with low centre of gravity -
BOM Cost & Maintenance Savings
Achieve a €435 reduction in Bill of Materials costs and
save €135 annually on maintenance expenses. -
Increased Range
Extend the vehicle’s range by an additional 35 miles.
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Fast Charging
Boost charging speeds by up to 180% for minimal
downtime. -
Weight reduction
Achieve a weight saving of 22kg
Case Study
Verge Motorcycles
Verge Motorcycles develops the world’s most advanced electric motorcycles, setting a new standard for the industry. Unlike traditional designs based on a century-old architecture, Verge embraces a revolutionary approach powered by the Donut Platform. At the heart of this transformation is our innovative in-wheel motor, which opens the door to this new architecture. Eliminating power transmission and all unnecessary moving parts enables a direct drive that channels raw power straight to the road with millisecond throttle-response precision.
This optimal design not only delivers a superior riding experience but also creates a low center of gravity for exceptional handling and stability. The additional space gained in the body of the bike allows for a larger battery, meaning greater range and extended rides. Reduced complexity leads to cost savings, faster time-to-market, and accelerated development cycles—ensuring Verge stays ahead of the competition.
Verge’s groundbreaking success is a powerful testament to the transformative potential of Donut technology for the future of electric mobility.
Case Study
Oruga
Oruga is revolutionizing off-road mobility with its innovative multi-terrain tracked vehicles designed to conquer snow, mud, sand, and rocky terrain—all without modifications. But to truly push the limits of what’s possible, Oruga needed a platform as adaptable and groundbreaking as their vision. Enter the Donut Platform.
By transitioning to Donut’s state-of-the-art solution, Oruga unlocks unprecedented levels of performance and versatility. The in-wheel motor and modular architecture of the Donut Platform eliminate traditional powertrain constraints, delivering maximum traction and insane levels of torque and power. This unique architecture reduces complexity and enhances efficiency, enabling Oruga to innovate faster, cut costs, and redefine outdoor adventure vehicles.
”Donut Lab’s platform empowers us to deliver unparalleled configuration and performance that no competitor can match, setting a new standard in the industry. No other player has achieved this level of innovation, and we are excited to be part of it.” says Erick Pastor, CEO of Oruga.
Aviation
The Donut Platform empowers aerospace innovation with unmatched power-to-weight efficiency, enabling new design possibilities and extended flight capabilities.
Aviation
Benefits In Air
Heavy-Lift Drones
The Donut Platform’s unmatched power- to-weight ratio makes it the ideal foundation for heavy-lift drones. With the ability to generate superior torque and power, it supports extended flights under heavy payloads without sacrificing performance. This capability enables drones to perform critical missions, transport heavier cargo, and operate in challenging conditions with reliability and precision.
Space-Saving Efficiency
With it’s modular design principles, the Donut Platform minimizes unnecessary bulk, freeing up space within the vehicle structure. This space optimization enables innovative designs and provides opportunities for larger batteries, better aerodynamics, or additional payload capacity. For aerospace applications, these savings translate into enhanced design flexibility and overall improved system efficiency.
Extended Flight Time
Optimized for maximum energy utilization, the Donut Platform delivers continuous, high-output performance while minimizing power consumption. This results in significantly extended flight times, even under demanding conditions. By maximizing every watt of power, aviation systems achieve longer missions, increased operational reach, and improved efficiency.
Case Study
Heavy-lift Drone
With the ability to generate superior torque and power, the Donut Platform supports extended flights under heavy payloads without sacrificing performance.
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Unmatched Range and Payload
The only solution enabling long-range heavy-lift
drones with exceptional payload capacity. -
Superior Power-to-Weight Ratio
Optimized performance and lifting power without
compromising efficiency. -
Increased Payload Capacity
Carry heavier loads, enhancing
operational versatility. -
Extended Flight Times
Achieve longer flight durations even under heavy load
conditions. -
Reduced Maintenance Needs
Minimized downtime and simplified maintenance for maximum uptime.
Case Study
HyperQ
HyperQ Aerospace is reshaping the landscape of vertical takeoff and landing (VTOL) rotorcraft with their innovative RotorHawk—a remotely piloted heavy-lift craft designed for high-speed and complex missions. By harnessing the Donut Platform’s cutting-edge motors and modular architecture, HyperQ unlocks unparalleled capabilities in range, payload, and flexibility.
The Donut Platform enables HyperQ to create long-range, heavy-lift drones with exceptional payload capacity, maintaining peak efficiency without sacrificing agility. This advanced propulsion and modularity provide the torque, power, and precision needed for diverse missions, from confined urban logistics to challenging off-grid operations.
RotorHawk exemplifies how integrating the Donut Platform’s technology allows for breakthrough performance, redefining what’s possible in aerial transport and pioneering the next era of scalable and adaptable rotorcraft solutions.
Marine
Bringing high power density and adaptability, the Donut Platform elevates marine performance and precision across diverse sea-based applications.
Marine
Benefits On Sea
High Power Density
The Donut Platform offers high power density, enabling marine vessels to achieve exceptional propulsion efficiency while minimizing weight. This translates to better speed, maneuverability, and operational range for various marine applications.
Modular Design
With it’s modular design principles, the Donut Platform minimizes unnecessary bulk, freeing up space within the vehicle structure. This space optimization enables innovative designs and provides opportunities for larger batteries, better aerodynamics, or additional payload capacity. For aerospace applications, these savings translate into enhanced design flexibility and overall improved system efficiency.
Enhanced Reliability
Marine environments demand systems that withstand harsh conditions. The Donut Platform’s robust, low- maintenance design minimizes mechanical complexity, reducing wear and tear while improving overall reliability and uptime for vessels, ultimately lowering operating costs and enhancing long-term performance.
Space
Optimized for weight and energy efficiency, the Donut Platform delivers unparalleled power management—perfect for advanced missions beyond Earth.
Space
Benefits in space
Optimized Power and Weight Efficiency
In space, every unit of power and gram of weight counts. The Donut Platform’s lightweight yet highly efficient components provide maximum energy utilization and output, ensuring reliable propulsion and operation in space applications while minimizing resource consumption.
Precision Control
Space missions demand absolute precision and reliability. The Donut Platform delivers high-precision control systems and powerful motor capabilities, enabling complex maneuvers and consistent performance.
Modular Architecture
The modular nature of the Donut Platform offers unmatched flexibility in designing and configuring solutions for a wide range of space applications. From propulsion to robotics, this adaptable architecture allows rapid customization and optimization tailored to mission-specific needs, reducing development timelines and enhancing mission success.
Robotics
Redefining robotics with software-driven hardware, the Donut Platform delivers precision, intelligence and adaptable high-performance solutions.
Space
Benefits in Robotics
Precision Control
The Donut Platform excels in delivering high-precision control required for complex robotic movements. With exceptionally accurate motion capabilities, it ensures robotic systems operate seamlessly, executing tasks with required accuracy and fluidity.
Al-ready (The Brain)
Powered by “The Brain,” the Donut Platform brings unparalleled computing capabilities tailored for Al-driven robotics. This next-generation control unit allows robots to process and adapt in real-time, enabling smarter automation, dynamic responses, and advanced functionalities for a rapidly evolving technological landscape.
Optimal Motors
The Donut Motor provides exceptional power and torque in a compact design, allowing for more efficient and agile robotic systems. The unique design minimizes mechanical complexity, reducing wear while maximizing responsiveness and performance.
Partner with Us?
Contact us to learn how the Donut Motor can power your next innovation. Let’s redefine what’s possible together.
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