D2826EVO Brushless 1000KV motor
The Flashhobby D2826EVO Brushless 1000KV combat robotics weapon motor is a serious step up from the standard D2826 — same mounting pattern, significantly more power. Flashhobby’s in-house EVO design brings a 12N14P stator configuration, 4S capability, and 292W of weapon energy to the proven D2826 form factor. It’s the rugged, high-performance choice for combat robotics weapon systems ready to run harder.
$17.99
12 in stock (can be backordered)
D2826EVO Brushless 1000KV Combat Robotics Weapon Motor
If you’re running a standard D2826 and want more, the D2826EVO is your next motor. The Flashhobby D2826EVO Brushless 1000KV combat robotics motor shares the same 16×19mm mounting pattern as the standard D2826 — so it drops into the same chassis — but brings a redesigned 12N14P stator, 4S capability, and significantly more power to the fight.
Why the D2826EVO?
At 3S the EVO delivers similar performance to the standard D2826 — but push it to 4S and it’s a different motor entirely. Max power jumps to 292W, max thrust hits 1111g, and max current reaches 18.43A. Flashhobby’s in-house EVO redesign — tighter 12N14P stator configuration, 3.0mm shaft, and a slightly heavier but more robust 55.7g can — is built for builders who need more headroom. Check your design carefully for 4S ESC and battery compatibility before upgrading.
EVO vs Standard D2826 — At a Glance
| Specification | D2826 1000KV | D2826EVO 1000KV |
|---|---|---|
| Max Voltage | 3S (11.1V) | 4S (14.8V) |
| Max Current | 13.8A | 18.43A |
| Max Power | 150W | 292W |
| Max Thrust | 660g | 1111g |
| Shaft Diameter | 3.17mm | 3.0mm |
| Weight | 50g | 55.7g |
| Stator Config | — | 12N14P |
| Mounting Pattern | 16×19mm, M3×4 | 16×19mm, M3×4 |
What’s in the Box
The D2826EVO ships with common mounting hardware. You’ll get the motor, four M3×5 mounting screws, a cross mount, and an adapter. Additional mounting options include the Fingertech blade mount for a direct weapon connection, the Fingertech angled motor mount for ease in mounting the motor to the chassis, and Fingertech pulleys and belts for a belt-drive connection to the motor. Note that the EVO’s 3.0mm shaft differs from the standard D2826’s 3.17mm shaft — verify shaft compatibility with your hardware before ordering.
ESCs
Given the D2826EVO’s higher current draw — particularly at 4S — we’d suggest a 40A ESC as a minimum. Good options include the Flashhobby Aria 40A BLHeli, the Flycolor Francy 2 50A BLHeli for additional headroom, or the E-Power Aria 70A AM32 if you’re running 4S hard and want plenty of overhead. Each robot is different — make sure you match your ESC to the requirements of your design.
Specs at a Glance
Shaft is 3.0mm diameter × 41mm length with a standard 16×19mm mounting pattern (M3×4 thread). Max current is 18.43A, internal resistance 0.137Ω. Stator configuration 12N14P, stator diameter 22mm × 8mm height. Operating temperature range 0°C–80°C. It’s a tough, no-excuses motor built for the arena.
D2826EVO Brushless 1000KV Motor Features
- Ideal for combat robotics weapon systems — spinners, drums, and beaters demanding more power
- 4S capable — unlocks 292W and 1111g of thrust vs 150W and 660g on the standard D2826
- Same mounting pattern as the D2826 and D2822 — 16×19mm, M3×4, drops into the same chassis
- Redesigned 12N14P stator — Flashhobby’s EVO in-house upgrade for higher performance and efficiency
- 18.43A max current — 33% more than the standard D2826’s 13.8A
- Slightly heavier at 55.7g — more robust can, wires included in weight
- Ships with mounting hardware — M3×5 screws ×4, cross mount, and adapter included
- Note: 3.0mm shaft — differs from the standard D2826’s 3.17mm; verify hardware compatibility
D2826EVO Brushless 1000KV Motor Specifications
| Specification | Value |
|---|---|
| KV | 1000KV |
| Voltage | DC 7.4–14.8V (2S–4S LiPo) (3S–4S recommended for combat robotics) |
| Max Current | 18.43A |
| Max Power | 292W |
| Max Thrust | 1111g |
| Suggested ESC | 40A minimum; 50A–70A for 4S builds |
| Internal Resistance | 0.137Ω |
| Stator Configuration | 12N14P |
| Stator Diameter × Height | 22mm × 8mm |
| Shaft Diameter × Length | 3.0mm × 41mm |
| Can Diameter × Length | 28mm × 26mm |
| Mounting Pattern | 16×19mm, M3×4 thread |
| Weight | 55.7g (1.96oz) including wires |
| Operating Temperature | 0°C–80°C (32°F–176°F) |
| In the Box | Motor ×1, M3×5 screws ×4, cross mount ×1, adapter ×1 |
Frequently Asked Questions
Is the D2826EVO a drop-in replacement for the standard D2826 or D2822?
Mostly — but with two important caveats. The mounting pattern is identical (16×19mm, M3×4), so it drops into the same chassis. However the EVO uses a 3.0mm shaft vs the standard D2826’s 3.17mm shaft, so blade mounts, hubs, and any shaft-dependent hardware need to match the 3.0mm spec. The EVO is also 5.7g heavier than the standard D2826 — check your weight budget carefully. For D2822 builders, the same mounting pattern applies but the EVO is 4mm longer and significantly heavier than a D2822, so check clearances carefully.
What’s the real difference between the D2826 and the D2826EVO?
At 3S they perform similarly — the EVO’s real advantage is 4S capability. Push the EVO to 4S and max power jumps from 150W to 292W, max thrust goes from 660g to 1111g, and max current reaches 18.43A. The EVO also features a redesigned 12N14P stator configuration that Flashhobby developed for higher efficiency and performance. If you’re running 3S only and happy with the standard D2826’s output, the upgrade may not be worth it. If you want 4S headroom or more weapon energy, the EVO is the motor.
Can I use the D2826EVO as a drive motor?
The D2826EVO is a brushless outrunner — it’s a high-speed, low-torque motor well suited for weapon systems but not for drive. Combat robot drive motors need high torque at low speeds and typically use brushed gearmotors like the Repeat Brushed, which are purpose-built for combat robotics. The D2826EVO would be a poor drive motor choice in virtually any combat robot configuration.
What ESC do I need for the D2826EVO?
At 3S, a 40A ESC gives you adequate headroom above the 18.43A max current. At 4S, current draw will be higher under load — a 50A or 70A ESC is the safer choice. The motor convention on this class of brushless motors is xxyy where “xx” is the diameter of the motor in mm, while “yy” is the motor length — the EVO’s higher performance means your ESC needs to match. Each robot is different — make sure you match your ESC to the requirements of your design.
What’s the difference between brushed and brushless motors — and why three wires?
Brushed motors use physical carbon brushes to transfer current to the rotating part of the motor, which creates friction and wear over time. Brushless motors eliminate the brushes entirely, using electronic commutation instead — that’s why they need three wires rather than two. Each wire carries current to one of three motor phases, and the ESC sequences them electronically to create rotation. The result is a more efficient, longer-lasting motor with higher power output — which is why brushless motors dominate combat robotics weapon systems. Brushless motors require a brushless-compatible ESC, which is slightly more complex and expensive than a brushed controller.
