Additional Product details

Find more about the Product

Specifications:
Specifications:

1000 kV Motor Specifications:

  • Motor kV: 1000 RPM/V
  • Operating Voltage Range: 7-15 V
  • Rated Voltage: 15 V
  • Rated Current: 21 A
  • Rated Mechanical Power: 260 W
  • No-Load Current: 0.9 A
  • Number of Poles: 14
  • Internal Resistance: 0.152 Ohm
  • Connector: 3.5 mm bullet plug

850 kV Motor Specifications:

  • Motor kV: 850 RPM/V
  • Operating Voltage Range: 7-15 V
  • Rated Voltage: 15 V
  • Rated Current: 19 A
  • Rated Mechanical Power: 240 W
  • No-Load Current: 0.6 A
  • Number of Poles: 14
  • Internal Resistance: 0.189 Ohm
  • Connector: 3.5 mm bullet plug

Planetary Gearbox – Number of Stages – Exact Reduction Ratio – Efficiency:

  • Gear ratio 14:1 → 2 Stages → Exact reduction ratio 13.73:1 → 70%
  • Gear ratio 19:1 → 2 Stages → Exact reduction ratio 19.20:1 → 70%
  • Gear ratio 51:1 → 3 Stages → Exact reduction ratio 50.89:1 → 60%

Planetary Gear Motor Weight:

  • THOR 2826 gear ratio 14:1 weight = 153 g
  • THOR 2826 gear ratio 19:1 weight = 153 g
  • THOR 2826 gear ratio 51:1 weight = 172 g

Downloads
Downloads

Download complete technical documentation for the MAXYNOS THOR-2826 high-torque brushless DC gear motor. This Datasheet provides detailed electrical specifications, torque-RPM-current curves, gearbox dimensions, weight, and operating limits for engineering, robotics, and industrial applications.


THOR-2826 Datasheet (PDF)

System Compatibility
System Compatibility

Inside Maxynos THOR 2826

The THOR 2826 equipped with a premium planetary gearbox, providing smooth acceleration, minimal backlash, and enhanced load handling — making it the ideal choice for roboticsRC vehicles, and smart automation projects.

THOR series offers an exceptional size-to-power ratiopeak torque output, and rugged reliability — engineered for creators, builders, and professionals who demand nothing but the best.

High Power Outrunner

Next-Generation Brushless Motor Technology Replaces traditional brushed motors with a more efficient, longer-lasting solution. Offers reduced maintenance, lower heat, and higher reliability over time.
High-Torque OutRunner Design: Featuring an external rotor that spins around the stator, this motor generates significantly higher torque at lower speeds. This design improves thermal stability and energy efficiency, eliminating the need for bulky gearing and simplifying your project's design.

Motor Dimensions in mm

Maxyinos ESC (Electronic Speed Controller) and motor connection diagram on a gray background

Motor Connection Guide

Connecting your brushless motor to the ESC is simple: both components have three wires.

  • The middle wire of the motor must always connect to the middle wire of the ESC. Do not change this connection.
  • You can swap the left and right wires if you want to reverse the motor’s rotation direction.

Note: Only one motor can be connected to one ESC. Therefore, each motor requires a dedicated ESC.

FAQs

Do you ship your products Worldwide?

Yes. We ship worldwide and process most orders within 24 hours for fast and secure delivery.

What voltage should I use with the Maxynos THOR 2826?

The THOR 2826 is available in two kV variants.

  • The 1000 kV version is rated for operation up to 15 V.
  • The 850 kV version is rated for operation up to 15 V.

Always follow the rated voltage and continuous current limits shown in the performance tables to ensure safe and reliable operation.

What does the kV rating mean on a motor?

kV represents the motor’s speed constant in RPM per volt at the motor shaft. In a geared motor, the gearbox reduces the output speed while increasing torque. A higher kV provides more speed, while a lower kV provides higher torque and better efficiency.

Motor Speed (RPM) = (Motor kV value) × (Applied Voltage) → Example: 1250 kV Motor speed at 14 V → 1000 × 14 = 17,500 RPM

Gearbox Speed (RPM) = Motor speed ÷ Exact reduction ratio → Example: Gear speed (RPM) at Ratio 27:1 & 14 Volts → 17,500 ÷ 26.85 = 651 RPM

How do I choose between the 1000 kV and 850 kV variants?

Choose 1000 kV if your priority is maximum output speed and peak performance. It is the better option when you want higher RPM.

Choose 850 kV if your priority is efficiency and continuous torque performance. It produces more torque per amp, typically runs cooler at the same output torque, and is a better choice for applications where maintaining lower current draw matters, with the tradeoff of lower output speed.

What ESC should I use with the THOR 2826?

Use a high-quality bidirectional brushless ESC rated for at least 25 A continuous current. MAXYNOS 45 A ESC is fully tested, compatible and recommended for optimal performance and braking control.

What is the difference between rated torque and stall torque?

Rated torque is the maximum torque the motor can produce continuously without overheating. Stall torque is the theoretical maximum at zero speed and should not be used for continuous operation.

Does the THOR Motor require special maintenance?

No routine maintenance is required. The planetary gearbox is permanently lubricated and sealed for long service life. Avoid exceeding rated current and torque limits to ensure maximum lifespan.

Which THORE motor should I choose for my project?

Choosing the correct THOR motor depends on your application’s required torque, speed, size, weight, and efficiency.

The THOR series covers a wide range of motion needs:

  • THOR 2318
    The smallest and lightest option (70 g). Ideal for compact robots, small mechanisms, and applications where space and weight are critical.
  • THOR 2826 and THOR 2830
    Mid-size motors that offer a balance between size, torque, and power. These are well suited for medium-duty robotics, mobile platforms, and general automation projects.
  • THOR 3548
    The largest and most powerful option. Designed for applications that require high torque, high power, and continuous operation, such as heavy robots, AGVs, and industrial motion systems.

Each THOR motor is available in multiple kV ratings and gear ratios, allowing you to fine-tune output speed, torque, and current draw for your specific application.

Every Maxynos motor includes a dedicated technical datasheet that provides:

  • Rated and no-load torque
  • Output RPM for each gear ratio
  • Input current
  • Motor weight and dimensions
  • 2D mechanical drawings
  • Performance curves

These datasheets allow you to accurately select the right motor based on your mechanical load, voltage, speed, and thermal limits before purchasing.