T-MOTOR The Safer Propulsion System    USD200 Consumption Free Shipping by International Express (Excl. Remote Areas and Special Items).

HEP-S 22*7.2

210.90

Available points: 211 Points Points reward: 210 Points

Quantity :

210.90

USD200 Consumption Free Shipping by International Express (Excl. Remote Areas and Special Items).

  • Detail information
  • Specifications

Hot Products

HEP-S Series 22*7.2 High-Performance
Heavy-Lift Carbon Fiber Propellers

High Load Capacity · Fast Response · Motor Synergistic Design

  • 45gSingle Propeller Weight
  • 3260~4380RPMRecommended RPM Range
  • 2.0~3.7kgRecommended Thrust Range
HEP-S Series 22*7.2 High-Performance Heavy-Lift Carbon Fiber Propellers

Enhanced Structural Strength

Optimized layup structure
Optimized layup structure
T1100-grade carbon fiber reinforcement in high stress areas
T1100-grade carbon fiber reinforcement in high stress areas
25% increase in structural strength over the G Series
25% increase in structural strength over the G Series
Reliable heavy-lift performance
Delivering reliable performance for heavy-lift missions such as mountainous hoisting, field transportation, and emergency response operations.

*Performance data is based on T-MOTOR laboratory testing. Actual results may vary slightly due to differences in operating conditions, environmental factors, and application scenarios.

Rapid Dynamic Response

Lightweight structure and optimized center of gravity design deliver swift power response and steady flight transition.

*Performance data is based on T-MOTOR laboratory testing. Actual results may vary slightly due to operating conditions and motor configuration.

Extended Flight Endurance

Optimized airfoil, chord, and twist distribution enhance aerodynamic efficiency, delivering up to 3% longer flight endurance under the same power setup.

*Performance data is based on T-MOTOR laboratory testing. Actual results may vary slightly due to differences in operating conditions, environmental factors, and application scenarios.

Synergistic Powertrain Design

Co-developed with T-MOTOR power type motors for optimized thrust efficiency and precise power matching.

Model: HEP-S 22*7.2 · Motor Compatibility: MN605S KV170 · Recommended Voltage: 12S · Recommended Takeoff Weight for Quadcopter: 11.6kg

Reliable Identification and Protection

Integrated QR code molding and protective packaging improve lifetime traceability and transport safety.

Integrated QR code moldingProtective propeller bag
Technical Drawing

Specification Export to Excel
Diameter (Inch)22 (562.2mm)Common Thrust Range (kg)2.0~3.7
Pitch (Inch)7.2 (182.9mm)Common Speed
Range (RPM)
3260~4380
AverageSingle
Blade Weight (g)
45MaterialResin-BasedCarbonFiber
Composite+PMIFoamCore
Recommended
Max RPM (RPM)
6850Suface TreatmentMatte
Recommended
Max Thrust (kg)
12TypeOne-Piece Straight Propeller
Limit RPM (RPM)7600ApplicationHeavy-Lift Multirotor Drone
Limit Thrust (kg)15Connections &
Dimensions
Flange Mount, Ø6mm Center Hole, Ø12mm Bolt Circle, With 2*Ø3mm Mounting Holes
Recommendations
Recommended
Solution
MN605-S KV170/MN601-S KV170/MN501-S KV300
Test Data Export to Excel
Ambient Temperature: 22℃
Altitude: 25m
RPMTorque
(N·m)
Thrust
(gf)
Output
Power
(W)
Effciency
(gf/W)

20000.26100053.5818.66
24000.36143889.6416.04
28000.481963140.7513.95
32000.632574209.7312.27
36000.793272299.4210.93
40000.994056412.639.83
44001.204927552.218.92
48001.435884720.978.16
52001.696928921.757.52
56001.9780581157.376.96
60002.2892751430.666.48
64002.60105781744.456.06
68002.95119682101.575.69
72003.32134442504.845.37
76003.72150072957.105.07
Important Notes: Data may vary under different testing standards due to factors such as equipment, methodology, and environment.
Ensure compatibility between the propeller mounting holes and motors. Refer to the drawing above for details.
Packing List

Before using this product, please check if all the items listed above are included in the packaging. If there are any missing items, please contact our online customer service or leave message to " onlinesales@tmotor.com " in time.