ChinaDrone.Request a quote ↗
COMPONENT

MAD 5X10 5010 drone arm set

By MAD Components ↗

The MAD 5X10 5010 drone arm set is a ready-to-use industrial multirotor propulsion arm kit for long range inspection, mapping and surveying. Combined weight is 319g, with 1.6-2.3kg payload and 4.9kg maximum thrust per rotor. Options cover KV, rotation direction, LED colour and push or pull positioning.

Request a quote ↗
MAD 5X10 5010 drone arm set with motor, propeller and carbon-fiber arm
MAD 5X10 5010 drone arm set with motor, propeller and carbon-fiber arm
Manufacturer and modelMAD — MAD 5X10 5010 drone arm set
SKU0104DL0746
Supplied configurationReady-to-use drone arm kit for industrial multirotor applications
Payload1.6-2.3kgPer rotor.
Maximum thrust4.9kgPer rotor.
Combined weight319g

Product overview

The MAD 5X10 5010 drone arm set is a ready-to-use arm kit for industrial multirotor aircraft. Its tuned propulsion system serves long range inspection, mapping and surveying applications, with quadcopters and hexacopters among its intended aircraft configurations. The product provides propulsion at the individual arm level for integration into a multirotor aircraft. Combined weight is 319g, with a payload of 1.6-2.3kg per rotor and maximum thrust of 4.9kg per rotor.

Configuration options include 240KV, 310KV and 370KV, together with CW or CCW rotation. Green and red LED light options accompany push and pull positioning choices. These selections provide the available configurations of the MAD 5X10 5010 arm kit for aircraft integration. The payload range and maximum thrust apply per rotor, keeping both capacity figures specific to the individual rotor within the multirotor propulsion arrangement.

Specifications

SpecificationValue & conditions
Manufacturer and modelMAD — MAD 5X10 5010 drone arm set
SKU0104DL0746
Supplied configurationReady-to-use drone arm kit for industrial multirotor applications
Payload1.6-2.3kgPer rotor.
Maximum thrust4.9kgPer rotor.
Combined weight319g
Applications and aircraft configurationsLong range inspection, mapping and surveying; quadcopter, hexcopter and multirotor applications
KV options240KV, 310KV, 370KV
Rotation direction optionsCW, CCW
LED light optionsGreen, Red
Position optionsPush, Pull
SOURCE WITH CHINADRONE

Request a quote for MAD 5X10 5010 drone arm set

Send your application, destination country and expected quantity to the ChinaDrone team. We can discuss product selection, configuration and sourcing from China.

Submit your procurement requirements ↗

No account needed. A model number is optional. Your enquiry is handled by ChinaDrone.

KEEP EXPLORING

Similar products

Browse all products ↗
HOBBYWING OTA Programmer module with cable beside a smartphone displaying the HW Link app
Motors & ESCs

HOBBYWING OTA Programmer

By HOBBYWING

The HOBBYWING OTA Programmer is a compact Bluetooth module for smartphone-based ESC parameter adjustment, firmware updates and supported real-time data recording. Measuring 30.0x25.5x8.5mm and weighing 10.2g, it serves selected car, aircraft and boat ESCs through HW Link V2, with a specified open-field range of 0-5m.

HOBBYWING XRotor Pro H100A 14S FOC electronic speed controller with black finned housing and attached wires.
Motors & ESCs

HOBBYWING XRotor Pro H100A 14S FOC

By HOBBYWING

The HOBBYWING XRotor Pro H100A 14S FOC is a drone propulsion ESC with CAN communication, isolated throttle input and an aluminum alloy housing. It accepts 12–14S power at 44–63V and carries a 40A continuous rating with good heat dissipation. Optional propeller positioning requires a custom motor and motor-specific programming.

Scorpion HK-5025 Shaft Kit (6mm) with shaft, retaining rings and small hardware in retail packaging
Motors & ESCs

HK-5025 Shaft Kit (6mm)

By Scorpion

The Scorpion HK-5025 Shaft Kit (6mm) supplies a replacement shaft for HK-5025 series helicopter motors. Its hardened steel construction combines a 10mm main diameter, 100.6mm length and 6mm pinion end. Integration into Scorpion motors involves a slight press fit, requiring supported press removal of the existing shaft.