• Three DJI TB100 Intelligent Flight Batteries arranged diagonally on a plain white background.
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DJI TB100 Intelligent Flight Battery for Matrice 400 (3-Pack)

DJI TB100 Intelligent Flight Battery for Matrice 400 (3-Pack)

$5,667.00
$5,667.00
Sale Sold out
MPN CP.EN.00000673.01 EAN 6937224123625 UPC 190021149106
  • Delivers 20254 mAh and 977 Wh per battery
  • Supports up to fifty nine minutes flight time
  • Self-heating enables reliable cold weather charging
  • Rated for approximately four hundred charge cycles
  • Reaches full charge in forty five minutes
  • Three battery set keeps the Matrice 400 flying
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  • Description
  • Specifications
  • In the Box
  • FAQ

DJI TB100 Intelligent Flight Battery for Matrice 400 (3-Pack): 977 Wh Power for Extended Missions

Keeping a Matrice 400 in the air between charges comes down to having enough battery capacity on hand, and this 3-pack of DJI TB100 Intelligent Flight Batteries delivers exactly that. Each unit provides 20,254 mAh and 977 Wh from a 13S Li-ion configuration, supporting up to 59 minutes of flight time and built-in self-heating for cold-weather reliability.

Whether you're operating a single Matrice 400 or coordinating flights across a larger deployment, three batteries in rotation means less downtime waiting on a charger and more time in the air. Rated for approximately 400 charge cycles and compatible with the BS100 Intelligent Battery Station's fast charging mode, this set is built to support sustained, high-frequency mission schedules.

Key Features and Benefits

  • High capacity: delivers 20254 mAh and 977 Wh per battery
  • Extended flight time: supports up to 59 minutes per charge
  • Self-heating technology: enables reliable charging in cold conditions
  • Long cycle life: rated for approximately 400 charge cycles total
  • Fast charging support: reaches full charge in 45 minutes via BS100

A single battery limits how long a Matrice 400 can stay productive in the field, and this 3-pack removes that constraint directly. Long cycle life and cold-weather self-heating make it a dependable addition to a sustained flight operation.

Dronefly equips Matrice 400 operators with the battery capacity their mission schedule actually demands, not just a single spare. Our specialists can confirm your BS100 charging setup before you check out. Buy the TB100 Intelligent Flight Battery 3-Pack direct from Dronefly today.

  • Model: TB100
  • Capacity: 20254 mAh
  • Standard voltage: 48.23 V
  • Maximum charging voltage: 54.6 V
  • Cell type: Li-ion 13S
  • Energy: 977 Wh
  • Weight: 4720 ± 20 g
  • Charging temperature: 5° to 45° C (41° to 113° F)
  • Discharging temperature: -20° to 75° C (-4° to 167° F)
  • Battery heating (single battery): Supported
  • Battery heating (onboard): Supported
  • Battery heating (battery station): Supported
  • Discharge rate: 4C
  • Maximum charging power: 2C
  • Low-temperature charging: Supports low-temperature self-heating charging
  • Cycle count: 400
  • 1x DJI TB100 Intelligent Flight Battery
How much flight time can I get per battery?

Each TB100 battery supports up to 59 minutes of flight time on the Matrice 400, backed by 977 Wh of energy from a 20,254 mAh, 13S Li-ion pack. Actual flight time depends on payload, wind, and flight profile. With three batteries in rotation, operators can complete multiple flights back to back without waiting on a recharge.

What's the charging time for this battery set?

Using the BS100 Intelligent Battery Station, each TB100 charges from 0 to 100 percent in about 45 minutes on 220V Fast Charging Mode, or 70 minutes on 110V. Silent Mode takes roughly 110 minutes on either input voltage. Since the BS100 charges up to three TB100 batteries at once, this 3-pack matches its full charging capacity.

Are these batteries reliable in cold conditions?

Yes, the TB100 supports low-temperature self-heating charging across single battery, onboard, and battery station modes, helping maintain performance in cold field environments. Rated charging temperature runs from 5°C to 45°C (41°F to 113°F), giving operators a dependable power source across a range of field conditions.