SIASUN Mecanum Wheel Compound Robot – MHR360

Some components are too heavy to lift by hand and too delicate to swing from a crane. The SIASUN Mecanum Wheel Compound Robot – MHR360 is built for that awkward middle ground, where a six-axis arm rides on a platform that can move in any direction and then plants itself firmly before it works.

The product is available through this page, by quotation.

Background

SIASUN and the mobile robot family

SIASUN is a robotics brand whose range includes mobile robots for factories and warehouses, among them forklift-type vehicles and heavy-duty carriers. Within that family, the MHR360 stands out because it is a compound robot: it joins a mobile base to an industrial arm, so one machine both travels to the job and performs it. If you are comparing it with the rest of the line, the Mobile Robots category shows the wider range, and the Logistics Robots category covers the vehicles built for moving goods.

The page for the MHR360 sums up its character in two words: precision and flexibility. Those two words describe a tension that every site team knows. Precision usually demands a fixed, rigid setup. Flexibility usually means giving something up. The MHR360 tries to hold both by separating the two phases of the job: it moves freely while traveling, then locks down while working.

Key technology: Mecanum wheels and a six-axis arm

The chassis uses Mecanum wheels as its main part, which greatly increases the flexibility of travelling routes. Mecanum wheels are a familiar choice where a vehicle must maneuver in tight spaces, because they allow sideways and diagonal movement that conventional wheels cannot give. On top of this platform sits a six-axis robot, the arm that carries out the installation task.

The second key element is the anti-tipping device. A mobile base with an arm reaching out is a balance problem, and SIASUN addresses it directly. The product has been precisely measured and tested, and it can complete the work within the load range and the limit radius of the robotic arm's operation, preventing tipping. Once the robot reaches its operation position, the anti-tipping device must be on and fully supporting the Mecanum wheel platform so that it is stable before any work begins.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the payload, the arm reach, the dimensions, the weight, the battery capacity, the runtime, the travel speed, the positioning accuracy, the navigation method, the power supply, the IP rating, the arm model or the package contents; they are confirmed at quotation.

What makes the MHR360 different from a conventional lifting setup?

Traditional lifting methods rely on cranes, hoists and the crews who guide them. They work, but for large-weight aerospace components that need exact installation, they are awkward. The load swings, the positioning is slow, and the people around it are exposed. The MHR360 replaces that approach with a machine that carries a six-axis arm to the work position and installs the component with the arm itself.

The difference also lies in the way the robot treats stability. Many mobile platforms simply stop and hope. The MHR360 requires its anti-tipping device to be on and fully supporting the platform before work can be carried out. That is a clear rule built into the way the robot is operated, and it keeps the arm's work inside the load range and the limit radius it was measured and tested for.

How is the MHR360 moved and kept safe around people?

For positioning the vehicle in transit, an operator uses the manual remote control. Travelling direction and speed are set by adjusting the rocker and knob, which makes moving the robot into a workspace a direct and intuitive task. The Mecanum wheels then let the platform follow flexible routes rather than long, wide turns.

Safety is covered by several layers. The robot is equipped with a buzzer and an indicator light warning, so people nearby know it is active. Safety laser obstacle avoidance and a safety touch edge help it avoid collision with moving or stationary objects, and a vehicle emergency stop device gives a last resort at the press of a button. For power, a portable charger provides convenient and fast charging, which suits a machine that moves between work positions.

Who is the SIASUN MHR360 for?

The first group is aerospace manufacturers and maintenance operations that handle large-weight components and cannot accept the imprecision of traditional lifting. For them, the compound design of arm plus mobile base is the main attraction.

The second group is teams working on construction-type tasks. The product can be operated on a variety of platforms for construction work, so it is also worth a look from contractors and engineering firms that need an arm which can be repositioned easily.

The third group is integrators and plant engineers who are planning flexible automation and want a machine that travels to the job instead of fixing the job to one cell. If your need is only to move pallets, the forklift-type vehicles in the Mobile Robots category are a closer match than a compound robot. Send us your task and we will help you decide.

What is the SIASUN MHR360 used for?

1. Aerospace component installation. Fitting large-weight parts that need installation precision.
2. Work where lifting is inconvenient. Tasks in which traditional lifting methods are awkward or unsuitable.
3. Construction work on varied platforms. Operation on a variety of platforms for construction tasks.
4. Flexible route travel. Moving through a workspace on Mecanum wheels to reach different operation positions.
5. Stabilized stationary work. Operating from a fixed, fully supported position once the anti-tipping device is on.
6. Work near people and equipment. Operating with safety laser, touch edge, warning signals and emergency stop to avoid collisions.

Pricing and Availability

We do not print prices on this page. Quotation is the way to proceed: tell us about your application and we will respond with a proposal for the MHR360. Delivery, customs and support are arranged with the quotation, so you have one point of contact from the first question to the finished handover. The SIASUN Mecanum Wheel Compound Robot – MHR360 is available on this page.

Frequently Asked Questions

What does the MHR360 consist of?

It is a Mecanum wheel platform equipped with a six-axis robot. A portable charger and a set of safety devices complete the package described by the manufacturer.

What task is it designed for?

It is designed for installing large-weight aerospace components that require installation precision and are inconvenient to handle with traditional lifting methods.

How is the robot driven to its work position?

An operator uses the manual remote control and sets the travelling direction and speed by adjusting the rocker and knob.

What does the anti-tipping device do?

It fully supports the Mecanum wheel platform and stabilizes it. It must be on after the robot arrives at the operation position and before work can be carried out.

What safety features does it have?

It has a buzzer, indicator light warning, safety laser obstacle avoidance, a safety touch edge and a vehicle emergency stop device, all intended to avoid collision with moving or stationary objects.

Can you tell me the payload and the arm reach?

The manufacturer has not published them, nor the weight, the runtime or the IP rating. We confirm these figures when we prepare your quotation.

Where can I buy the MHR360 and what does it cost?

You can request it through this page. The cost depends on your configuration and delivery, so we provide it in a quotation rather than a list price.

Summary

The MHR360 answers a question that heavy aerospace work keeps asking: how do you get precision and freedom of movement from the same machine? Mecanum wheels give the platform flexible travel, the six-axis arm does the installing, and the anti-tipping device turns a moving base into a steady one. Safety equipment and a portable charger make it practical on the job. If the installation of large components is your challenge, this page is the starting point.