MF3016VP - Polymer Variable-Pitch Propeller - T-MOTOR The Safer Propulsion System

MF VP SERIES PROPELLER

Manual Variable-Pitch Series

Simplicity Over Complexity, Consistency in Performance

Specially designed to address the issues of low flight efficiency at high speeds and high altitudes, this series is suitable for aircraft development and professional users requiring rapid switching across multiple scenarios.

Manual Variable-Pitch Series

Flexible and easy-to-use drone propulsion system enhances flight efficiency in various operating conditions. Typical application scenarios include high-speed flight, high-altitude flight, adjustments for overall aircraft weight, and fine-tuning of custom propeller performance.

Limitations of Traditional Propellers: Fixed pitch and fixed aerodynamic characteristics leading to limited power and flight condition matching.

Drawbacks of the adjustable propellers available from the market: Low adjustment precision, complicated operation, requires large auxiliary tools, and cannot be quickly adjusted on-site.

T-MOTOR (New) manual adjustable variable-pitch series solution: Designed for complex and changing working conditions with diverse power demands, we provide flexible solutions that allow for quick manual pitch adjustment by simply changing the positioning blocks.

Quick Assembly and Disassembly Precise and Reliable

Quick to replace without requiring professional training—easy to learn and use. The pitch adjustment accuracy remains unaffected by manual operation errors with user-friendly operation.

Methodical Approach

Using calculation tables derived from extensive experimental data, users can quickly find the required pitch angle based on the operating scenario and simple parameters.

(7.5°, 10°, and other positioning blocks are available upon request for customization)

Performance Comparison

The efficiency curve of three positioning blocks (pitches) under different airflow speeds

(Example: MN605 KV170 + FLAME 180A 12S V2.0 + MF2211VP, Flight inclination 30°,S0, S5, S10, S15 respectively represents speed 0m/s, 5m/s, 10m/s, 15m/s. D0, D2.5, D5 respectively represents 0° positioning block, 2.5° positioning block, and 5° positioning block.)

Conclusion: As the positioning block angle (pitch) increases, the efficiency of the propeller improves at higher airflow speeds.

Multi-adaptability

The manual variable pitch propellers can not only support multi-rotor aircraft, but also effectively adapt to the needs of vertical take-off and landing aircraft, providing higher flexibility and performance to meet the requirements of different flight missions.

Multirotor

VTOL

Prototype Propellers Customization

Standard Customization

MOQ 1, with pitch angle customizable to 0.01°.

Assisted Customization

For mass production, engineers assist in determining the angle, and the customized pitch angle can be fixed before leaving the factory.

Model NO.	MF3016VP	T-MOTOR Series	Folding
Weight(Single Blade)	190g	Package Weight	640g
Diameter	30.4inch（772.16mm）	Package Size	40019070mm
Pitch	10.9inch（276.86mm）	Material	Polymer+CF
Recommended Thrust	4~12kg	RecommendedMax Thrust	20kg
Ambient Temp	-40℃～65℃	Storage Temp/Humidity	-10℃～50℃/＜85%

Recommendation
Recommended ESC	FLAME 180A 12S V2.0	Recommended Motor	MN1010/P80ll/U12ll/U13ll

Type	Throttle	Voltage (V)	Thrust (g)	Torque (N*m)	Current (A)	RPM	Power (W)	Effciency (g / W)	Operating Temperature (℃)
P80III KV120 + FLAME 180A 12S V2.0 + MF3016VP (0°)	10%	48	242	0.10	0.41	559	6	12.26	85 （Motor temperature after 3 minutes of operation） (Ambient Temperature:25℃)
	15%	48	598	0.23	0.93	853	21	13.43
	20%	48	1077	0.41	1.69	1125	48	13.29
	25%	48	1619	0.59	2.71	1374	85	12.45
	30%	48	2291	0.82	4.12	1622	139	11.60
	35%	48	3005	1.08	5.93	1854	210	10.58
	40%	48	3817	1.34	8.03	2075	291	9.93
	45%	48	4723	1.64	10.61	2305	396	9.32
	50%	48	5876	2.04	14.88	2556	546	8.29
	55%	48	7143	2.49	20.06	2822	736	7.50
	60%	47	8756	3.03	26.87	3121	990	6.89
	65%	47	9854	3.40	31.72	3305	1177	6.58
	70%	47	11075	3.82	37.90	3501	1400	6.21
	75%	47	12284	4.21	44.44	3691	1627	5.90
	80%	47	13408	4.62	50.92	3860	1867	5.64
	85%	47	14450	4.96	57.42	4015	2085	5.41
	90%	46	15550	5.31	64.76	4173	2320	5.19
	95%	46	16632	5.67	72.30	4328	2570	4.99
	100%	46	17590	6.00	79.43	4462	2804	4.83
P80III KV120 + FLAME 180A 12S V2.0 + MF3016VP (+2.5°)	10%	48	279	0.12	0.44	553	7	13.31	132 （Motor temperature after 3 minutes of operation） (Ambient Temperature:25℃) （There is a risk of burnout）
	15%	48	685	0.28	1.02	842	25	13.98
	20%	48	1203	0.48	1.87	1100	55	13.37
	25%	48	1828	0.72	3.08	1346	101	12.37
	30%	48	2562	0.99	4.75	1579	164	11.24
	35%	48	3364	1.30	6.69	1806	246	10.51
	40%	48	4270	1.63	9.38	2023	345	9.52
	45%	48	5228	1.99	12.41	2232	465	8.82
	50%	48	6510	2.47	17.45	2478	641	7.83
	55%	47	7838	2.97	22.85	2710	843	7.23
	60%	47	9717	3.68	32.09	3005	1158	6.41
	65%	47	10858	4.12	37.92	3171	1368	6.08
	70%	47	12151	4.60	45.09	3347	1612	5.75
	75%	47	13419	5.05	52.78	3509	1856	5.45
	80%	46	14588	5.49	60.39	3656	2102	5.20
	85%	46	15704	5.92	68.04	3787	2348	5.00
	90%	46	16878	6.37	77.47	3920	2615	4.74
	95%	46	18044	6.80	87.19	4042	2878	4.53
	100%	45	19006	7.18	96.03	4150	3120	4.36
P80III KV120 + FLAME 180A 12S V2.0 + MF3016VP (+5°)	10%	48	329	0.15	0.46	547	9	14.88	77 （Motor temperature after 1 minutes of operation） (Ambient Temperature:25℃) （There is a risk of burnout）
	15%	48	803	0.35	1.13	828	30	14.85
	20%	48	1368	0.60	2.12	1078	-68	13.42
	25%	48	2086	0.90	3.56	1312	124	12.21
	30%	48	2864	1.22	5.47	1534	196	10.92
	35%	48	3764	1.60	8.01	1749	293	9.82
	40%	48	4719	1.99	10.90	1950	406	9.06
	45%	48	5773	2.45	14.65	2149	551	8.26
	50%	48	7129	3.03	20.43	2377	754	7.34
	55%	47	8643	3.66	27.59	2604	998	6.62
	60%	47	9951	4.23	34.53	2782	1232	6.11
	65%	47	11736	4.98	45.88	3007	1568	5.47
	70%	47	12993	5.52	54.35	3153	1822	5.13
	75%	46	14125	6.02	63.05	3281	2068	4.84
	80%	46	15287	6.53	73.05	3406	2329	4.54
	85%	46	16266	6.97	82.38	3506	2559	4.31
	90%	45	17331	7.40	93.96	3606	2794	4.06
	95%	45	18164	7.78	104.64	3691	3007	3.84
	100%	45	18908	8.12	116.20	3762	3199	3.63
P80III KV120 + FLAME 180A 12S V2.0 + MF3016VP (+7.5°)	10%	48	326	0.18	0.50	541	10	13.45	112 （Motor temperature after 1 minutes of operation） (Ambient Temperature:25℃) （There is a risk of burnout）
	15%	48	825	0.40	1.27	807	34	13.51
	20%	48	1470	0.71	2.41	1058	79	12.70
	25%	48	2209	1.04	4.00	1276	139	11.50
	30%	48	3067	1.43	6.29	1495	224	10.18
	35%	48	4002	1.87	9.11	1698	333	9.18
	40%	48	5010	2.33	12.45	1890	461	8.43
	45%	48	6145	2.85	16.69	2076	620	7.73
	50%	47	7525	3.49	23.14	2280	833	6.85
	55%	47	9064	4.21	31.46	2498	1101	6.10
	60%	47	10313	4.81	38.69	2659	1339	5.67
	65%	47	11663	5.43	48.70	2818	1602	5.12
	70%	46	13172	6.16	62.03	2986	1926	4.58
	75%	46	14216	6.65	72.88	3093	2154	4.23
	80%	46	15160	7.10	83.55	3186	2369	3.97
	85%	45	15930	7.48	94.64	3258	2552	3.70
	90%	45	16543	7.80	106.88	3315	2708	3.43
	95%	45	16991	8.03	118.83	3359	2824	3.20
	100%	44	17414	8.23	130.37	3400	2930	3.01
P80III KV120 + FLAME 180A 12S V2.0 + MF3016VP (+10°)	10%	48	379	0.22	0.56	528	12	14.01	/ (Ambient Temperature:25℃) （This angle is not recommended for static testing）
	15%	48	916	0.50	1.41	799	42	13.48
	20%	48	1574	0.83	2.74	1032	90	11.97
	25%	48	2362	1.23	4.60	1249	161	10.71
	30%	48	3235	1.66	7.04	1452	252	9.60
	35%	48	4196	2.18	10.22	1648	376	8.59
	40%	48	5224	2.70	14.05	1830	517	7.80
	45%	48	6352	3.28	18.76	2008	690	7.12
	50%	47	7773	4.03	26.02	2204	930	6.31
	55%	47	9236	4.80	34.95	2396	1204	5.61
	60%	47	10503	5.47	43.61	2552	1462	5.14
	65%	47	11561	6.05	51.68	2675	1695	4.80
	70%	46	12765	6.71	65.42	2807	1972	4.22
	75%	46	13552	7.14	82.15	2889	2160	3.60
	80%	45	14065	7.41	96.62	2938	2280	3.21
	85%	45	14420	7.59	108.28	2971	2362	2.96
	90%	45	14639	7.70	120.47	2990	2411	2.72
	95%	44	14846	7.81	131.39	3010	2462	2.55
	100%	44	15183	7.99	141.30	3042	2545	2.44
P80III KV120 + FLAME 180A 12S V2.0 + MF3016VP (-2.5°)	10%	48	266	0.09	0.39	566	5	14.23	64 （Motor temperature after 3 minutes of operation） (Ambient Temperature:25℃)
	15%	48	583	0.20	0.87	865	18	13.98
	20%	48	990	0.34	1.54	1137	40	13.38
	25%	48	1504	0.52	2.45	1398	76	12.81
	30%	48	2075	0.71	3.66	1648	123	11.82
	35%	48	2750	0.92	5.26	1897	183	10.91
	40%	48	3437	1.15	7.06	2122	256	10.17
	45%	48	4212	1.40	9.30	2354	345	9.48
	50%	48	5237	1.73	12.82	2626	476	8.56
	55%	48	6567	2.17	18.22	2959	672	7.58
	60%	47	7754	2.54	22.81	3224	857	7.16
	65%	47	8700	2.83	26.97	3422	1014	6.82
	70%	47	9818	3.16	31.87	3637	1204	6.53
	75%	47	10843	3.49	37.33	3847	1406	6.17
	80%	47	11852	3.79	42.69	4048	1607	5.92
	85%	47	12713	4.02	47.28	4220	1776	5.75
	90%	47	13677	4.30	53.12	4410	1986	5.52
	95%	46	14565	4.56	58.76	4615	2204	5.34
	100%	46	15299	4.77	63.53	4762	2379	5.20
Note:Motortemperatureisthebelltemperatureat80%throttle. （Date above based on benchtest are for reference only, comparion with that of other motor types is not recommended.）