DJI Avata 360 Intelligent Flight Battery
- Dji Avata 360
- Prix habituel
- $129.00 CAD
- Prix soldé
- $129.00 CAD
- Prix habituel
-
- Prix unitaire
- / par
Programme de validation de concept
Remote Robotic aide les équipes des entreprises et du secteur public à valider des solutions robotiques avancées — drones, UGV, ROV, systèmes d'amarrage et capteurs — grâce à un programme pratique de preuve de concept (POC).
Conçu pour les services publics, la sécurité publique, les mines, l'énergie et les grandes organisations industrielles qui ont besoin de clarté, de retour sur investissement et de certitude opérationnelle avant d'investir.
Programme de validation de concept
Remote Robotic aide les équipes des entreprises et du secteur public à valider des solutions robotiques avancées — drones, UGV, ROV, systèmes d'amarrage et capteurs — grâce à un programme pratique de preuve de concept (POC).
Conçu pour les services publics, la sécurité publique, les mines, l'énergie et les grandes organisations industrielles qui ont besoin de clarté, de retour sur investissement et de certitude opérationnelle avant d'investir.
Stay in the air longer. Capture more in every mission.
The DJI Avata 360 Intelligent Flight Battery is designed to deliver reliable, high-performance power for the DJI Avata 360 platform. Engineered with DJI’s advanced battery management system, it provides stable energy output, real-time monitoring, and optimized safety, ensuring consistent performance in demanding environments.
Built for public safety, inspection, and industrial operations, this battery supports extended flight sessions and rapid deployment workflows. Whether you're conducting inspections, documenting incident scenes, or capturing aerial data, having additional batteries ensures maximum uptime and operational efficiency.
With intelligent protection features, the battery continuously monitors voltage, temperature, and overall health—allowing operators to focus on the mission, not power management.
Capacity
≥ 2700 mAh
Weight
Approx. 149 g
Nominal Voltage
14.32 V
Max Charging Voltage
17.2 V
Battery Type
Li-ion
Energy
≥ 38.67 Wh
Discharge Rate
7C (typical)
Charging Temperature
5° to 40° C (41° to 104° F)
Charging Time
- With Charging Hub (100W max charging power):
One Battery, From 0% to 100%: Approx. 47 min
One Battery, From 10% to 90%: Approx. 31 min
Three Batteries, From 0% to 100%: Approx. 100 min
Three Batteries, From 10% to 90%: Approx. 70 min
Directly Charging the Drone (65W max charging power):
One Battery, From 0% to 100%: Approx. 73 min
One Battery, From 10% to 90%: Approx. 51 minData tested under laboratory conditions at 25° C (77° F) and can be used for reference only. Actual charging time may increase due to higher ambient temperatures or variations in mains voltage between regions.
- 1x DJI Avata 360 Intelligent Flight Battery
Remote Robotic est un revendeur agréé en Amérique du Nord pour DJI DJI Avata 360 Intelligent Flight Battery .
Votre achat comprend la garantie constructeur standard complète , et nous proposons également des programmes d'assistance optionnels pour vous aider à protéger votre équipement et à lui assurer des performances optimales.
Apprenez-en davantage sur le programme de soins prolongésNous proposons des formations pour toutes les solutions robotiques
Apprendre encore plus
FAQ DJI Avata 360 Intelligent Flight Battery
For professional use, we recommend:
Minimum: 3 batteries (light operations)
Optimal: 5–6 batteries (continuous field deployment)
This ensures minimal downtime and maximum productivity.
No. This battery is designed specifically for the DJI Avata 360 platform and is not compatible with other DJI aircraft.
With Charging Hub (100W max charging power):
One Battery, From 0% to 100%: Approx. 47 min
One Battery, From 10% to 90%: Approx. 31 min
Three Batteries, From 0% to 100%: Approx. 100 min
Three Batteries, From 10% to 90%: Approx. 70 min
Directly Charging the Drone (65W max charging power):
One Battery, From 0% to 100%: Approx. 73 min
One Battery, From 10% to 90%: Approx. 51 min
Data tested under laboratory conditions at 25° C (77° F) and can be used for reference only. Actual charging time may increase due to higher ambient temperatures or variations in mains voltage between regions.
