Short answer: A Nazgul5 2207 1800KV motor replacement should be chosen by matching the damaged quad, not by the word Nazgul5 alone. The Brushhollo listing identifies an iFlight XING-E Pro 2207 motor in the selected 1800KV 6S configuration, with 2450KV and 2750KV variants shown separately. Compare the markings on the other motors, the battery class in the original build record and the frame mounting information before checkout. The listing does not prove fitment for every Nazgul version or custom frame, and it does not diagnose why a motor failed after a crash.
Match the motor rather than the quad nickname
Nazgul5 is a useful search clue, but it is not the documented compatibility statement on this product page. The product facts identify an iFlight XING-E Pro 2207 motor and selected 1800KV 6S option. Your aircraft may have been modified, repaired with another motor or built from a related parts set.
The strongest match is the identity printed on an unaffected corner or recorded in the original parts list. Compare family, size, KV and battery class before calling the product a like-for-like replacement.
| Replacement check | Listing evidence | Evidence still needed |
|---|---|---|
| Motor family | iFlight XING-E Pro | Label or original build record |
| Stator size | 2207 | Other motor or parts list |
| Selected rating | 1800KV 6S | Current motor and battery setup |
| Nazgul5 fitment | No universal model list | Exact aircraft version and modifications |
Diagnose the failed corner first
A bent shaft, rough rotation or visible crash damage is a clearer replacement case than an unexplained twitch. A motor that smoked may have a wider electrical cause. The product page identifies a possible replacement part, but it does not identify the cause of failure on your aircraft.
Compare the three surviving corners, inspect the propeller and wiring, and use the original electronics documentation for any ESC or battery checks. Do not let a familiar quad name replace a fault description.
- Remove the battery and keep the propeller area clear.
- Record the damaged motor family, size and KV if its markings remain readable.
- Compare the other motors and build notes for the 6S configuration.
- Check the frame mounting information and motor wire route.
- If the failure was electrical or unexplained, get competent advice before the first power test.
Use family dimensions as checks
The iFlight XING-E Pro 2207 family page lists a 16x16 mm mounting-hole pattern, a 5 mm steel hollow shaft and an M3 shaft screw. These details can be compared with a frame drawing or unaffected motor, but they do not replace the aircraft manufacturer's instructions.
The same source lists N52H magnets, NSK bearings and single-strand copper winding. These are construction facts, not evidence of a particular flight feel, durability result or crash outcome on your build.
Limits and mismatch signals
Do not order on the Nazgul5 keyword alone when the current motor says another KV, stator size or family. The seller listing does not publish a complete Nazgul compatibility table, wire length, screw length, ESC pairing or propeller pairing.
Manufacturer does not specify thrust, efficiency, flight time or complete kit contents on the available seller page. If the product's package contents are not stated, confirm what is supplied before planning the repair.
Related guides and product details
Treat Nazgul5 as the search context, then confirm the exact motor and aircraft details before buying the selected 2207 1800KV 6S replacement. Read XING-E Pro 2207 1800KV Replacement Motor Guide for related guidance. Read iFlight XING-E Pro 2207 1800KV 6S UK Buying Guide for related guidance. Review the documented specification on the iFlight XING-E Pro 2207 1800KV 6S FPV Brushless Motor product page before ordering.
Sources and safety context
- Supports the exact seller-listed motor identity, selected 1800KV 6S option and variant distinction. Current Brushhollo product page.
- Supports the iFlight family mounting and construction details used as comparison points. XING-E Pro 2207 2-6S FPV Motor.