About T-MOTOR HEP-L 36×12 Multirotor UAV Propeller:
Flagship High-Efficiency & Ultra-Lightweight Propulsive Core for Mega UAVsDesigned for heavy-payload logistics multirotors, large-scale agricultural spraying aircraft, and mega industrial UAV platforms, the T-MOTOR HEP-L 36×12 Carbon Fiber Propeller Set combines maximum propulsive thrust with an ultra-lightweight structural profile. Featuring an immense 36-inch diameter paired with a 12-inch pitch, the "L" (Lightweight) series reduces rotational mass, allowing high-voltage ESCs to make rapid dynamic speed adjustments in turbulent winds. Crafted from high-modulus carbon fiber composite, it prevents blade deformation under high motor torque while optimizing battery energy conversion to extend heavy-lift mission endurance.
3% Increased Flight Time · More Stable Forward Flight · Motor Collaborative Design
Extended Flight Endurance
Aerodynamic optimization improves hovering efficiency and increases effective flight time by up to 3%
Optimized Motor Propeller Matching
Designed specifically for T-MOTOR efficiency motors to achieve optimal RPM and torque matching HEP-L is precisely matched with T-MOTOR's high-efficiency motors enabling long endurance multirotors with flights of 60~90 minutes
Model
Motor Compatibility
Recommended
Voltage
Recommended Takeoff
Weight for Quadcopter
HEP-L 14*5.1
MN4004 KV400
6S
2.5kg
HEP-L 15*5.5
MN4006 EVO KV380
6S
3kg
HEP-L 16*6
MN4006 EVO KV380
6S
3.5kg
HEP-L 17*6.6
MN5006 KV300
6S
4kg
HEP-L 18*6.7
MN5008 KV170
12S
6kg
HEP-L 18*6.7
MN5008 KV340
6S
6kg
HEP-L 19*6.8
MN5008 KV340
6S
6kg
HEP-L 20*7
MN501 KV300
6S
6kg
HEP-L 21*7
MN6007 II KV160
12S
7kg
HEP-L 21*7
MN6007 II KV320
6S
7kg
HEP-L 22*7.2
MN6007 II KV160
12S
7kg
HEP-L 22*7.2
MN6007 II KV320
6S
7kg
HEP-L 24*7.8
MN7005 KV115
12S
6.5kg
HEP-L 24*7.8
MN7005 KV230
6S
6.5kg
HEP-L 26*8.8
MN701S KV135
12S
15kg
HEP-L 28*9
U8II PRO KV100
12S
12kg
HEP-L 28*9
U8II Lite KV100
12S
12kg
HEP-L 29*11
U8II PRO KV100
12S
13kg
HEP-L 29*11
U8II Lite KV100
12S
13kg
HEP-L 30*10.5
U8Lite L KV95
12S
13kg
HEP-L 32*11
MN1005 V2.0 KV90
12S
14kg
HEP-L 32*11
MN1005 V2.0 KV100
12S
18kg
HEP-L 34*11.5
MN1010 KV90
12S
18kg
HEP-L 36*12
MN1010 KV90
12S
20kg
Forward Flight Vibration Suppression
Enhanced propeller structure reduces vibration and improves wind resistance during cruise
Lightweight and Durable
Breakthroughs in lightweight and toughness
Scaling industrial-grade lightweight processes for ultra-lightweight mass production
HEP-L 26*8.8 single propeller weighs about 53g
Enhanced Damage Resistance
Engineered high-toughness resin surface fiber reinforcement, and damage-tolerant design limit micro-damage propagation for enhanced reliability
Reliable Identification
and Protection
Integrated QR code molding and protective packaging improve lifetime traceability and transport safety
Recommended Combo
HEP-L 26*8.8, Motor Compatibility: MN701S KV135, Recommended Voltage: 12S Recommended Takeoff Weight for Quadcopter: 15kg
Technical Drawing
Specification
Diameter (Inch)
26 (665.2mm)
Common Thrust Range (kg)
2.3~3.5
Pitch (Inch)
8.8 (223.5mm)
Common Speed
Range (RPM)
2380~2650
AverageSingle
Blade Weight (g)
53
Material
Resin-BasedCarbonFiber
Composite+PMIFoamCore
Recommended
Max RPM (RPM)
5400
Suface Treatment
Matte
Recommended
Max Thrust (kg)
16
Type
One-Piece Straight Propeller
Limit RPM (RPM)
6000
Application
Long Endurance Multi-Rotor UAV
Limit Thrust (kg)
20
Connections &
Dimensions
Flange Mount, Ø10mm Center Hole, Ø20mm Bolt Circle, With 4*Ø3mm Mounting Holes
Recommendations
Recommended Solution: MN701-S KV135+FLAME 60A 12S
Test Data
Packing List
Before using this product, please check whether all the items listed above are included in the package. If anything is missing, please contact our online customer service or email us at online@mepsking.com.
FAQFeel free to ask us any questions
Q: What does the "L" designation signify in the T-MOTOR HEP-L 36×12 propeller?
A: The "L" stands for Lightweight. The HEP-L series utilizes an optimized carbon fiber layup and internal structure to significantly reduce rotational mass. Lower mass decreases rotational inertia, enabling faster ESC dynamic response times and extending total battery hover time on large multirotors.
Q: What motor sizes and voltage setups are recommended for the HEP-L 36×12 propeller set?
A: The HEP-L 36×12 propeller set is optimized for flagship heavy-lift industrial motors such as the T-MOTOR U13, U15, P80 III series, or integrated propulsion kits like the A16-24S running on 12S to 24S LiPo/LiHV ultra-high-voltage power systems. Always check your motor’s thrust testing data chart to ensure continuous current stays within safe ESC limits.
Q: What are the main benefits of T-MOTOR's HEP-L solid props over folding propellers on 36-inch drones?
A: Solid carbon fiber propellers like the HEP-L 36×12 offer higher aerodynamic efficiency, reduced acoustic noise, and lighter rotational weight compared to folding hub assemblies. For commercial drones that do not require arm folding, solid HEP-L props deliver superior energy efficiency, structural rigidity, and flight stability.
Q: Does this package include both Clockwise (CW) and Counter-Clockwise (CCW) propellers?
A: Yes, the product package comes as 1 Pair (2 Pieces), containing 1 Clockwise (CW) propeller and 1 Counter-Clockwise (CCW) propeller, ready for installation on standard heavy-lift multirotor arms.
Q: How does factory dynamic balancing benefit flight controllers and HD payloads?
A: Unbalanced large 36-inch propellers create high-frequency mechanical vibrations that introduce noise into flight controller gyroscopes and cause video "jello" artifacts on camera payloads. T-MOTOR’s factory dynamic balancing minimizes radial and axial vibration, extending motor bearing life and ensuring smooth flight performance.
