White Motorcycle Concepts develops electric motorcycles featuring patented aerodynamic ducts that enhance airflow and improve energy efficiency. Their technology addresses the limitations of traditional electric motorcycles by significantly extending range and reducing CO2 emissions, making them suitable for both consumer and emergency service applications.
Funding
$343.6K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BDFounders
Product
Problem
Electric motorcycles face limitations in range and energy efficiency compared to their gasoline counterparts, hindering their widespread adoption. Traditional designs often lack aerodynamic optimization, leading to increased drag and reduced performance, especially at higher speeds. This limits their practicality for both consumer and demanding applications like emergency services.
Solution
White Motorcycle Concepts (WMC) addresses these challenges through innovative aerodynamic solutions, primarily their patented V-Duct technology. This technology channels air through the motorcycle to reduce drag, significantly improving energy efficiency and extending the operating range of electric motorcycles. WMC's designs prioritize aerodynamic performance, integrating the V-Duct and other features to optimize airflow and enhance stability. This approach enables electric motorcycles to achieve performance metrics closer to those of gasoline-powered bikes, making them a viable option for various applications. WMC offers solutions for both retrofitting existing models and incorporating their technology into new designs from the outset.
Target Audience
WMC's primary target audience includes electric motorcycle manufacturers seeking to improve the range and performance of their vehicles, as well as fleet operators and emergency services looking for zero-emission transportation solutions.
Features
- Patented V-Duct technology that reduces aerodynamic drag by up to 25%
- Aerodynamic design and optimization using computational fluid dynamics (CFD) simulation techniques
- Integration of V-Duct into existing motorcycle architectures, such as the Zero SR/S
- Development of new aerodynamic components, including front fenders and fork shrouds, to maximize airflow
- Battery designs shaped by aerodynamic considerations for optimal packaging and efficiency
- Rapid charging capabilities, achieving full charge in under 15 minutes (WMC300E+ model)
- Use of advanced Lithium Cobalt Oxide with Nickel Manganese Aluminium battery chemistry for high charge rates and long lifespan
- M³x battery module concept with novel cooling features for enhanced thermal performance and cell failure suppression