Hunan Teddy Aviation Technology Co., Ltd. focuses on the research and manufacturing of key systems for aircraft engines, including core components such as fuel systems, lubrication systems, and cooling systems. With technical accumulation in the field of aviation non-standard testing equipment, the company provides high-precision and high reliability solutions for various types of aviation engines, helping to improve engine performance, fuel efficiency, and safety, and meeting the needs of both civil and military aviation markets.

Space engine: Space engines are the core power units of launch vehicles, satellites, and deep space probes. Their working environment is extremely harsh, requiring stable operation under extreme conditions such as ultra-high temperature (combustion chamber temperature can reach over 2000 ° C), ultra-high pressure (combustion pressure exceeding 20MPa), and high speed (turbine speed exceeding 30000rpm). At the same time, modern aerospace engines (such as reusable rocket engines) also need to meet the requirements of multiple ignitions, rapid cooling, and low maintenance, which puts extremely high demands on fuel supply, lubrication guarantee, and thermal management.

As an emerging innovative high-tech enterprise,Teddy Aviatio actively expands into the electric vertical takeoff and landing (eVTOL) aircraft market, focusing on the research and development of its energy management, thermal cooling, and fluid systems. The company's technical team is committed to solving key technical challenges such as eVTOL battery thermal management and distributed electric drive system lubrication, providing core technical support for urban air traffic (UAM) and future low-carbon aviation.

arget drones are key equipment for simulating enemy fighter jets and missiles for air defense training, requiring high maneuverability (overload of 10G or more), low cost, and fast maintenance. Due to the frequent rapid acceleration and large angle hovering required by the target drone, its fuel system must withstand overload, lubrication system must prevent oil splashing, and cooling system must balance lightweight and efficient heat dissipation. In addition, modern target drones are gradually developing towards stealth and intelligence, which puts higher demands on the compactness and low infrared characteristics of the power system.

As an efficient power device, gas turbines are widely used in fields such as power generation, ship propulsion, and oil and gas pipeline pressurization. Its core requirements lie in long-term stable operation (tens of thousands of hours), high thermal efficiency (>40%), low maintenance costs, and the need to adapt to multiple fuels (such as natural gas, diesel, hydrogen blended fuel). With the global energy transition, gas turbines are facing the upgrading needs of low carbonization, intelligence, and high reliability, which puts higher demands on fuel control, lubrication management, and thermal cycle systems.

With the global aviation industry transitioning towards low-carbon, hybrid power systems have become the core development direction in fields such as eVTOL (electric vertical takeoff and landing aircraft), new energy aircraft, and military hybrid power equipment. This type of system combines traditional fuel power with electric drive systems, which can meet the requirements of long endurance and achieve low emission operation.

Based on the accumulation of aviation fluid system technology, the company has expanded into the field of ship power systems, providing efficient lubrication and cooling solutions for ship diesel engines, gas turbines, and other applications. The product is suitable for civilian ships and naval equipment. By optimizing thermal management and energy efficiency, it enhances the durability and environmental performance of ship power systems, and helps upgrade marine equipment technology.

In the field of national defense equipment, the company provides highly reliable fuel and lubrication systems for military aircraft, drones, and special aircraft, meeting the requirements for stable operation in extreme environments. Its technological achievements can be applied to equipment such as fighter jets, transport planes, reconnaissance drones, etc., enhancing the combat effectiveness and endurance of military platforms, and serving the national aviation and defense industry.