Proper and safe battery charging and maintenance are critical aspects...
Read MoreTraining and education drones are designed for beginner-level flight instruction, basic operation courses, safety training, and entry-level aerial practice. These drones are typically simple, durable, easy to maintain, and highly user-friendly—making them ideal for flight schools, educational institutions, and corporate training programs.
For training and educational drones, having the right battery is essential. A stable, safe, and long-cycle battery ensures uninterrupted lessons, reduces maintenance needs, and supports continuous practice for students. High-quality batteries offer longer flight time, stronger safety protections, and greater durability across repeated charge–discharge cycles. This helps institutions minimize downtime, improve training efficiency, and provide a more reliable learning experience.
U.S. (FAA) Regulations
1. Registration Requirements by Weight
Under specific exceptions, UAVs used for recreational or basic educational purposes may be exempt from registration, but this exemption does not apply to flight operations under Part 107.
Weight < 0.55 lbs (250 g): Exempt from registration (for recreational/educational use only); Part 107 rules still apply for other operations.
Weight 0.55 lbs (250 g) ~ 55 lbs: Mandatory registration with the FAA for both recreational and commercial use; requires an amateur or commercial UAV operation certificate.
Weight > 55 lbs: Complex registration process due to higher hazard risks; additional flight authorizations required.
2. License Requirements
Recreational Operators: Must comply with the TRUST (Recreational UAS Safety Test) guidelines and community rules; applies to non-commercial flights.
Commercial Operators: Must hold a Part 107 Remote Pilot Certificate (requires age, language proficiency, and aeronautical knowledge exam). All commercial UAVs must be registered, regardless of weight.
EU (EASA) Regulations
1. Classification for Multirotor UAVs & Low-Risk Commercial Scenarios
Subdivided by weight and flight conditions:
Subclass A1: Applicable to UAVs < 250 g (Class C0) or Class C1 UAVs < 900 g. Operators must complete basic training or read the manual; avoid populated areas during flight.
Subclass A2: Applicable to Class C2 UAVs < 4 kg. Operators must hold a remote flight capability certificate; comply with strict safety distances from people.
Subclass A3: Applicable to large UAVs (Class C3/C4 or unclassified UAVs < 25 kg). Avoid populated/sensitive areas; mandatory registration and online training.
2. Special Categories & Certification Rules
Applicable to high-risk operations (e.g., BVLOS flight, passenger transport, hazardous material transport):
Requires detailed risk assessments and special operation authorizations.
Comprehensive certification of UAV equipment, operators, and units may be mandatory.
Battery selection prioritizes endurance, safety, and reliability:
– Semi-solid state batteries: For regular training.
– HV batteries: To improve efficiency and stability.
Suitable for: Multirotor teaching drones, entry-level training drones, and frequently used instructor-led training drones.
Recommended Parameters:
Voltage: 6S (14.8–22.2V)
Capacity: 10,000–22,000 mAh
Continuous C-rate: 15C–30C
Features: Stable output, flat voltage platform, ideal for frequent takeoff/landing training.
Model | Capacity | Voltage | Discharge Rate | Energy | Charge Cut-off Voltage | Discharge Cut-off Voltage | Weight | Dimensions (T*W*L mm) |
ENP120006S25-HCR | 12000mAh | 6S 22.8V | 25C | 266.4Wh | 25.2V | 21.6V | 1608.6g(±15g) | 53*74*180 |
ENP160006S25-HCR | 16000mAh | 6S 22.8V | 25C | 355.2Wh | 25.2V | 21.6V | 2076.6g(±15g) | 71*74*180 |
ENP220006S25-HCR | 22000mAh | 6S 22.8V | 25C | 488.4Wh | 25.2V | 21.6V | 2560g(±15g) | 64*90*200 |
Suitable for: Long-hour teaching, inspection training, and scenarios requiring durability and cycle life.
Recommended Parameters:
Series (S): 4S–8S (matching airframe)
Capacity: 10,000–25,000 mAh
Continuous C-rate: 8C–15C
Features: High energy density (long endurance), safer, long cycle life.
Model | Capacity | Voltage | Discharge Rate | Energy Density | Dimensions (T*W*L mm±5%) | Weight(g±5%) |
ENP160006S10-HCS | 16000mAh | 6S 22.2V | 10C | 280Wh/kg | 125.5*74*180 | 1440 |
ENP170006S10-HCS | 17000mAh | 6S 22.2V | 10C | 280Wh/kg | 125.5*74*180 | 1500 |
ENP220006S10-HCS | 22000mAh | 6S 22.2V | 10C | 280Wh/kg | 146.5*74*180 | 1915 |
ENP250006S10-HCS | 25000mAh | 6S 22.2V | 10C | 280Wh/kg | 82.5*107*240 | 2390 |
ENP270006S10-HCS | 27000mAh | 6S 22.2V | 10C | 280Wh/kg | 139.5*89*200 | 2340 |
Model | Capacity | Voltage | Discharge Rate | Energy Density | Dimensions (T*W*L mm±5%) | Weight(g±5%) |
ENP170006S10-HCS | 17000mAh | 6S 23.7V | 10C | 280Wh/kg | 57.5*74*180 | 1660 |
ENP200006S10-HCS | 20000mAh | 6S 23.7V | 10C | 280Wh/kg | 51.5*89*200 | 1980 |
ENP250006S10-HCS | 25000mAh | 6S 23.7V | 10C | 280Wh/kg | 63.5*89*200 | 2380 |
Suitable for: Educational institutions pursuing higher efficiency and longer flight times.
Recommended Parameters:
Series (S): 4S–6S
Capacity: 10,000–25,000 mAh
Continuous C-rate: 10C–25C
Features: Higher energy than traditional LiPo, flat voltage platform, more stable flight.
Suitable Scenarios: Flight training, stable flight teaching, enhanced endurance training.
Model | Capacity | Voltage | Discharge Rate | Energy | Charge Cut-off Voltage | Discharge Cut-off Voltage | Weight | Dimensions (T*W*L mm) |
ENP160004S25-HV | 16000mAh | 4S 15.2V | 25C | 243.2Wh | 17.4V | 14.8V | 1206.6g(±15g) | 41.2*74*180 |
ENP160006S25-HV | 16000mAh | 6S 22.8V | 25C | 364.8Wh | 26.1V | 22.2V | 1810g(±15g) | 60.8*74*180 |
ENP220004S25-HV | 22000mAh | 4S 15.2V | 25C | 334.4Wh | 17.4V | 14.8V | 1633.3g(±15g) | 41.2*90*200 |
ENP220006S25-HV | 22000mAh | 6S 22.8V | 25C | 501.6Wh | 26.1V | 22.2V | 2450g(±15g) | 60.8*90*200 |
ENP250004S25-HV | 25000mAh | 4S 15.2V | 25C | 380Wh | 17.4V | 14.8V | 1684g(±15g) | 45.2*90*200 |
ENP250006S25-HV | 25000mAh | 6S 22.8V | 25C | 570Wh | 26.1V | 22.2V | 2526g(±15g) | 66.8*90*200 |
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