DJI published nominal capacity.
DJI TB100 Intelligent Flight Battery - Brand new
Product summary: Brand-new DJI TB100 Intelligent Flight Battery for the DJI Matrice 400 enterprise platform.
Official battery specifications: 20,254 mAh capacity, 977 Wh energy, 48.23 V standard voltage, and approximately 4.72 kg weight. DJI specifies the BS100 Intelligent Battery Station for TB100 charging.
Order terms: US$1,150 each. Hong Kong pickup is confirmed before payment. One-unit and multi-unit enquiries are accepted; availability, quantity, exact product packaging, warranty terms, and buyer details are confirmed in writing.
Compatibility: Confirm the DJI Matrice 400 package and BS100 charging setup before purchase.
Enterprise procurement · WhatsApp +852 5537 6652 · DJI official specifications
- $1,150.00
- Unit price
- per
Brand new
Warranty terms shownModel fit checked
Enterprise procurement
Confirm the exact configuration before payment
Brand-new Enterprise equipment is collected in Hong Kong by confirmed arrangement. One unit is welcome, and fleet orders receive a written quote.
Product media is a reference image. The exact aircraft and package are confirmed before payment, whether you need one unit or a fleet.
Configuration and reference price
Current configuration
$1,150.00 USD
Brand-new supply
Model version and package contents are confirmed in writing.
One unit or fleet
Ask for tailored pricing when you need more than one unit.
Hong Kong pickup
This listing is collection only. Courier and postal shipping are not offered.
Before payment, Reboot Hub confirms the exact model version, package contents, activation requirements where applicable, warranty terms, buyer details, and Hong Kong pickup arrangement.
EXACT PARTS & EQUIPMENT FIT
Match the part, interface and condition before ordering.
For parts, controllers, cameras, gimbals and accessories, Reboot Hub checks the exact item, part identity, visible condition and known compatibility against the information available for the order. Ask us to verify fit before payment when a component is model- or revision-specific.
Part number and interface
Confirm the exact part, connector, board revision or compatible equipment before ordering.
Condition and listing evidence
Review how Reboot Hub records the actual item and condition instead of relying on a generic listing.
Shipping and delivery route
Check eligible shipping, collection, tracking and responsibility terms before payment.
Warranty and dispatch terms
Read the written warranty, handling and support terms that apply to the order.
Enterprise product knowledge · Battery
TB100 battery, planned as part of the Matrice 400 system
A high-energy 977 Wh intelligent battery for DJI Matrice 400. It should be procured as part of a dual-battery, BS100 charging, storage and handover plan rather than treated as an ordinary parcel accessory.
Content reviewed · 25 August 2026
DJI Matrice 400 and TB100 specifications ↗
High-energy battery requiring a controlled logistics and storage plan.
Li-ion 13S system.
Manufacturer reference for one battery.
DJI documents low-temperature self-heating charging support.
Manufacturer reference, not a guarantee of identical usable life.
Purchase decision layer
Confirm the system, not only the model.
Designed for Matrice 400 teams planning battery pairs, fleet rotation, BS100 charging capacity and controlled high-energy battery logistics.
| Decision | Status | What to confirm |
|---|---|---|
| Aircraft compatibility | MATRICE 400 | TB100 is the Matrice 400 flight battery; the aircraft operates with a dual-battery system. |
| Charging system | BS100 | Plan station count and charging modes around fleet size, turnaround and available AC power. |
| Condition threshold | BRAND NEW LISTING | No invented used-cycle limit is applied here; exact new condition and supply package are recorded. |
| Transport and handover | SPECIALIST ROUTE | At 977 Wh, this is not handled as an ordinary consumer battery shipment; route and pickup terms require written approval. |
Reboot Hub verification focusConfirm TB100 identity, new condition, housing and connector state, pair quantity, BS100 access, storage and handover route. This brand-new listing does not publish or imply a used-battery cycle threshold.
Documented procurement
From mission requirement to written handover.
The selected listing and final written confirmation remain the source of truth for the exact configuration.
-
01
Plan battery pairs and rotation
Share aircraft quantity, daily cycles, turnaround, storage and power availability.
-
02
Confirm TB100 and BS100 quantities
Reboot Hub records batteries, station capacity, new condition, warranty, availability and any fleet requirement.
-
03
Approve controlled handover
Hong Kong pickup or another approved high-energy battery route is written into the quotation before payment.
Documented product evidence
Specifications, manuals and procurement checks.
Battery and station figures are summarized from DJI's current Matrice 400 specifications. Exact quantity, station, warranty and high-energy battery handover terms are confirmed in writing.
OFFICIAL SPECIFICATIONS
TB100 and Matrice 400 specs
Capacity, energy, temperature range, cycle reference and BS100 charging data.
Open reference ↗ MANUALS & SAFETYMatrice 400 downloads
Current user manual, BS100 product information and safety documentation.
Open reference ↗ COMMERCIAL SUPPLYFleet battery planning
Request a written battery-pair, station and handover configuration.
Open reference ↗How many TB100 batteries does Matrice 400 use?
Matrice 400 uses a dual-battery system. The exact number of flight pairs and spares should be planned around mission turnaround and charging capacity.
Is the BS100 station included?
Only if the selected variant and written quotation include it. A battery listing does not automatically include the station.
Can TB100 be shipped as a normal parcel?
No generic promise is made. Its 977 Wh energy requires a controlled carrier, destination, quantity and handover assessment.
Does the 400-cycle figure guarantee full capacity for 400 cycles?
No. It is a DJI reference. Temperature, storage, charge behavior and mission use affect actual capacity and service life.