About
Aero Drivetrain develops a hybrid drone power plant platform, built with a micro-jet and/or internal combustion engine power source and integrated with a continuously variable transmission hydraulic drivetrain (HK-CVT). This combination allows for management of the drone propeller's thrust based on flight conditions, resulting in highly efficient and stable flight.
The heavy drone platform is designed to carry hundreds of kilograms, making it ideal for heavy-duty commercial applications. With its lightweight construction, the drone has a significantly improved fuel consumption rate, resulting in an increased payload-to-power ratio.
The HK-CVT system allows the engine to operate at a constant RPM, achieving maximum engine efficiency and reducing structural vibrations and fuel consumption. The rotor energy consumption is continuously monitored and adjusted based on the required power and speed, gross weight, altitude, and other flight factors. The HK-CVT system includes the benefits of independently electrically driven rotors with highly reduced weight and inertia losses.
Q&A
- What is Aero Drivetrain's primary business?
- Aero Drivetrain develops a hybrid drone power plant platform, integrating a micro-jet and/or internal combustion engine with a continuously variable transmission hydraulic drivetrain (HK-CVT) for efficient and stable flight.
- What is the current status of Aero Drivetrain?
- Aero Drivetrain is currently inactive, having ceased operations in February 2024.
- When was Aero Drivetrain founded?
- Aero Drivetrain was founded in March 2020.
- How many employees does Aero Drivetrain have?
- Aero Drivetrain has 1-10 employees.
- What is Aero Drivetrain's current funding stage?
- Aero Drivetrain is in the Pre-Funding stage.
- What is the primary sector of Aero Drivetrain?
- Aero Drivetrain's primary sector is Industrial Technologies.
- Does Aero Drivetrain hold any patents?
- Yes, Aero Drivetrain holds 1 patent.
- What is the key benefit of Aero Drivetrain's HK-CVT system?
- The HK-CVT system allows the engine to operate at a constant RPM, maximizing engine efficiency, reducing structural vibrations, and improving fuel consumption.
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Identifiers & details
| Founded | 2020-3 |
|---|---|
| Employees (exact) | 1 |
| Status reason | Non Active, Feb 2024 ceased to operate |