What is Low Altitude Economy?
Low altitude economy involves various flight activities by manned and unmanned aircraft. These occur in low-altitude airspace, typically below 1,000 meters above ground. This range can extend to 3,000 meters depending on regional needs. This economic form stimulates integrated development across related fields. It centers on the general aviation industry. It also integrates industry, agriculture, and services. Key characteristics include a long industrial chain, wide influence, strong growth, and high driving force.
Low altitude economy category
The low-altitude economy covers general aviation, drones, low-altitude tourism, and aviation logistics. Developing it requires breakthroughs in aviation technology. Policy support, market demand, and industrial chain coordination are also crucial. Globally, this emerging sector attracts strategic competition. It significantly optimizes economic structures. It also boosts industrial competitiveness. In China, unprecedented opportunities now exist. New policies create solid foundations for its take-off.
General aviation
Includes flight activities in business flights, private flights, aerial photography, medical rescue, meteorological detection, ocean monitoring, scientific experiments, education and training, culture and sports. General aviation is a core component of the low-altitude economy, and its development level directly reflects the maturity of the low-altitude economy.
Drone application
Drones play an increasingly important role in the low-altitude economy and are widely used in logistics distribution, agricultural plant protection, surveying and exploration, power inspection, security monitoring, film and television shooting and other fields. The continuous innovation of drone technology and the continuous expansion of application scenarios have injected new vitality into the low-altitude economy.
Low-altitude tourism economy
Relying on low-altitude airspace resources, we carry out tourism projects such as aerial sightseeing, flight experience, and parachuting to provide tourists with a unique tourism experience. Low-altitude tourism not only enriches the supply of tourism products, but also drives the development of related tourism supporting industries.
Aviation logistics
Using flying aircraft for cargo transportation, especially in the fields of urban distribution and emergency material transportation, low-altitude aviation logistics has the advantages of fast, efficient and flexible. With the rapid development of the e-commerce industry and the continuous improvement of consumers’ requirements for logistics timeliness, the low-altitude aviation logistics market has broad prospects.
The drone industry’s growth boosts profits for related companies. Manufacturers like DJI Innovations earn income by producing and selling drones globally. After-sales services also generate steady income. These include repairs and maintenance. Drone operating companies profit by providing specialized services. Examples include plant protection, surveying, mapping, and logistics.
DEFNOCO-High rate battery
Advantages of high energy density:
(I) Longer Flight Time
Energy density measures battery performance. DEFNOCO UAV batteries store more power per unit weight/volume. This gives consumer drones 20-30% longer flights versus standard batteries. For example: A 20-minute drone achieves 24-26 minutes with Dongfang batteries. This extends single-operation duration significantly. Fewer battery swaps or charges improve operational efficiency.
(II) Lighter Weight
High energy density enables smaller, lighter battery packs matching flight time needs. Reducing overall drone weight lowers energy consumption. This further extends flight time. It also enhances flight maneuverability. Drones better handle complex environments and mission demands.
Excellent Charging and Discharging Performance：
(Ⅰ) Fast Charging
DEFNOCO UAV batteries support fast charging. They reduce charging time by 30-50% versus traditional batteries. Example: Standard batteries need 1.5-2 hours for full charge. DEFNOCO batteries require just 1-1.5 hours with proper equipment. This cuts charging waits significantly. Drones deploy more frequently with higher efficiency. Fast charging proves especially valuable in time-sensitive operations. Emergency rescue and logistics benefit most.
(Ⅱ) High-Current Discharge
These batteries deliver strong power output consistently. They support high-power maneuvers: takeoff, climbing, and acceleration. Drones respond instantly to flight commands. This enables smooth, agile flight performance. During fast-tracking missions, batteries provide rapid speed boosts. Drones quickly reach required operational velocities.
Customized Battery Solutions
DEFNOCO designs tailored battery cells for all drone types. We serve consumer, industrial, and military drones. Our solutions consider endurance needs, power demands, and size constraints.
Product Examples
Small consumer drones: Compact, lightweight batteries
Large industrial drones: High energy density + high-current discharge
Adaptive Energy Management
We adjust charging/discharging strategies per flight modes and missions. This optimization enables efficient energy use.
Key Advantages
DEFNOCO batteries excel in:
Energy density
Charging/discharging performance
Safety
Cycle life
Environmental adaptability
Customization
They deliver reliable, efficient, and safe power for all drone applications.
