Name: T-MOTOR AT2826 KV900 KV1100 3D F3A Fixed Wing Long Shaft Brushless Motor
SKU: WKA86610370432
Availability: InStock

Description
Reviews (0)

Overview

The T-MOTOR AT2826 Long Shaft Brushless Motor is designed for 3D, F3A, sailplane, and fixed-wing aircraft applications. With a lightweight 175g body, 34S LiPo support, and up to 3.4kg maximum thrust, it delivers strong torque, reliable power, and smooth throttle response for aircraft weighing approximately 1.42.2kg. The long-shaft design offers flexible installation options, while the durable construction, military-grade wires, and anti-stripping safety design help improve reliability during high-load flights. Available in KV900 and KV1100 versions, the AT2826 is recommended for use with a T-MOTOR T136.5 propeller and AT75A ESC for an optimized power setup.

Drawing

Specification

Test Item	Long ShaftKV900	Weight (Incl. Cable)	175g
Motor Dimensions	35.2*69.5mm	Internal Resistance	24m
Lead	Enameled Wire100mm	Configuration	12N14P
Shaft Diameter	IN5mm OUT5mm	Rated Voltage(Lipo)	3-4S
Idle Current(10V)	2.2A	Peak Current(180s)	57A
Max Power (180S)	820W	Recommendation	/

Test Item	Long Shaft KV1100	Weight (Incl. Cable)	175g
Motor Dimensions	35.2*69.5mm	Internal Resistance	110m
Lead	Enameled Wire100mm	Configuration	12N14P
Shaft Diameter	IN5mm OUT5mm	Rated Voltage(Lipo)	3-4S
Idle Current(10V)	2.9A	Peak Current(180s)	59A
Max Power (180S)	110W	Recommendation	/

Test Data

Type	Propeller	Throttle	Voltage (V)	Current (A)	Power (W)	RPM	Torque (N*m)	Thrust (g)	Efficiency (g/W)	Operating Temperature ()
AT2826 Long Shaft KV900	APC 12*6	40%	15.11	11.43	172.61	6258	0.188	1117	6.47	98 (Ambient Temperature: /)
45%	15.07	13.63	205.47	6634	0.213	1272	6.19
50%	15.03	15.68	235.81	6950	0.236	1406	5.96
55%	15.00	17.71	265.69	7263	0.256	1528	5.75
60%	14.97	19.84	296.86	7509	0.281	1670	5.63
65%	14.93	21.92	327.20	7782	0.300	1779	5.44
70%	14.88	24.53	365.16	8080	0.323	1933	5.29
75%	14.82	28.51	422.43	8468	0.370	2155	5.10
80%	14.74	33.36	491.67	8879	0.411	2397	4.87
90%	14.58	42.72	622.90	9556	0.489	2810	4.51
100%	14.50	47.28	685.84	9798	0.524	2992	4.36
APC 13*6.5	40%	15.10	12.19	183.97	5611	0.216	1216	6.61	HOT
45%	15.05	14.84	223.29	6012	0.247	1388	6.22
50%	15.01	17.32	259.98	6345	0.276	1541	5.93
55%	14.97	19.81	296.47	6638	0.304	1698	5.73
60%	14.91	22.84	340.67	6948	0.338	1885	5.53
65%	14.85	26.58	394.75	7297	0.376	2091	5.30
70%	14.79	30.38	449.24	7656	0.415	2291	5.10
75%	14.71	34.95	514.23	8000	0.456	2513	4.89
80%	14.63	39.79	582.14	8325	0.510	2745	4.71
90%	14.44	51.45	743.02	8953	0.594	3212	4.32
100%	14.35	57.16	820.02	9183	0.637	3409	4.16
APC 14*7	40%	11.36	8.96	101.76	4170	0.157	826	8.11	87 (Ambient Temperature: /)
45%	11.33	10.62	120.33	4435	0.179	943	7.84
50%	11.29	12.63	142.61	4709	0.202	1061	7.44
55%	11.26	14.76	166.16	4952	0.227	1189	7.16
60%	11.23	16.66	187.02	5173	0.249	1298	6.94
65%	11.18	19.33	216.15	5457	0.278	1444	6.68
70%	11.13	22.74	252.95	5738	0.313	1624	6.42
75%	11.06	26.62	294.42	6067	0.349	1798	6.11
80%	10.99	30.69	337.39	6338	0.385	1971	5.84
90%	10.82	41.07	444.58	6906	0.466	2350	5.29
100%	10.77	44.15	475.59	7048	0.488	2447	5.14
APC 15*8	40%	11.34	8.92	101.10	3745	0.188	921	9.11	HOT
45%	11.31	10.56	119.50	3949	0.210	1030	8.62
50%	11.28	12.69	143.14	4182	0.239	1168	8.16
55%	11.23	15.35	172.38	4465	0.269	1328	7.70
60%	11.17	19.17	214.08	4805	0.312	1534	7.17
65%	11.10	23.09	256.38	5095	0.354	1730	6.75
70%	11.04	27.02	298.20	5372	0.393	1914	6.42
75%	10.95