SIASUN Mecanum Wheel Compound Robot – MHR360

Large aerospace assemblies rarely travel to the robot. More often the robot must travel to them, take up its place beside a structure that cannot easily be moved, and only then begin the exacting work of setting a heavy component exactly where it belongs. The SIASUN Mecanum Wheel Compound Robot – MHR360 is conceived around that reversal of the usual factory logic. It combines a Mecanum wheel platform with a six-axis robot, so that the arm comes to the job rather than waiting for the job to come to it. Its intended task is installing large-weight aerospace components that require installation precision and are inconvenient to handle with traditional lifting methods.

Robots Middle East supplies the MHR360 to aerospace, manufacturing and construction organisations across the Middle East. Our team prepares each quotation, coordinates delivery to your facility and remains your point of contact for support once the robot is in service. Questions about configuration, site preparation and day-to-day operation are therefore answered by the same people who supplied the equipment.

Background

SIASUN and its mobile robot range

SIASUN is a robotics manufacturer whose portfolio extends from industrial manipulators to autonomous and manually guided mobile platforms. Within that portfolio, the MHR360 belongs to the Mobile Robots family, alongside forklift-style and heavy-duty transport vehicles. Where those vehicles are designed chiefly to move loads from one place to another, the MHR360 is designed to carry a working tool, in the form of a robotic arm, to the point of installation and to operate there.

A compound robot: mobility combined with manipulation

The term compound robot describes a machine that unites two capabilities usually bought separately: a mobile base and an articulated arm. In the MHR360, the base is a chassis built with Mecanum wheels as its main part, a design that greatly increases the flexibility of travelling routes. As a class of technology, Mecanum wheels carry angled rollers around their rims, which allows a vehicle to manoeuvre in directions that a conventionally steered vehicle cannot, a useful property in crowded assembly halls. Mounted on this base is a six-axis robot, the type of arm generally chosen when a part must be approached from varied angles and oriented carefully before it is fixed in position.

Technical Specifications

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

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

What makes a Mecanum wheel compound robot different from crane-based installation?

Traditional lifting relies on suspending a load from above and guiding it into place, which works well in open bays but becomes awkward when overhead access is restricted, when the part must be presented at an angle, or when the installation point sits within a dense structure. The MHR360 is built precisely for components that are inconvenient to install with such methods. Rather than hanging the component, the robot holds it with a six-axis arm, which can approach the installation point from the side and adjust the orientation of the part as it closes in.

The mobile base changes the planning of the work as well. Because the Mecanum wheel chassis increases the flexibility of travelling routes, the robot can be brought to the installation point along paths that suit the layout of the hall, instead of the hall being arranged around a fixed lifting system. In transit, the operator steers the robot manually, setting its travelling direction and speed with a rocker and a knob, which keeps a person in direct control while the machine is moving among people, fixtures and partly assembled structures.

How does the MHR360 stay stable while the arm works?

Any robot that extends an arm while carrying a heavy part must deal with the shifting centre of gravity that results. SIASUN addresses this in two layers. First, the product has been precisely measured and tested so that it can complete its work within the load range and the limit radius of the robotic arm's operation, preventing tipping. Secondly, there is a dedicated anti-tipping device: once the MHR360 arrives at the operation position, the anti-tipping device must be on and fully supporting the Mecanum wheel platform before work can begin.

This sequence, travel first, then stabilise, then work, separates mobility from manipulation in a disciplined way. The flexible wheels serve the journey; the anti-tipping device serves the installation. Around both, the safety equipment provides warnings and protection: a buzzer and indicator lights signal the robot's activity, safety laser obstacle avoidance and a safety touch edge help prevent collisions with moving or stationary objects, and a vehicle emergency stop device allows the operator to halt the machine at once.

Who is the SIASUN Mecanum Wheel Compound Robot – MHR360 for?

The clearest audience is aerospace assembly teams responsible for fitting large-weight components that demand installation precision, particularly where overhead lifting is impractical. For these teams, the MHR360 offers a way to bring a manipulator to the structure and to position the part with the arm rather than with slings and hoists.

Construction organisations form a second audience. The product can be operated on a variety of platforms for construction work, which makes it relevant to contractors who need a mobile, stabilised arm for installation tasks on site rather than on a factory floor.

A third group comprises engineering managers and system integrators evaluating how to replace manual handling or improvised lifting arrangements in heavy assembly. These buyers will want to discuss their specific components with Robots Middle East early in the process.

Buyers whose need is moving pallets, materials or finished goods from one area to another, rather than installing components, may find a more suitable machine among SIASUN's forklift and heavy-duty transport vehicles in our Logistics Robots category.

What is the SIASUN Mecanum Wheel Compound Robot – MHR360 used for?

1. Aerospace component installation – fitting large-weight aerospace components that require installation precision.
2. Replacing awkward lifting – handling parts that are inconvenient to install with traditional lifting methods.
3. Construction work on platforms – operating on a variety of platforms for construction tasks.
4. Working in constrained layouts – reaching installation points along flexible routes enabled by the Mecanum wheel chassis.
5. Operator-guided transit – moving the robot under manual control of direction and speed via rocker and knob.
6. Shared work areas – operating near staff and fixtures with laser obstacle avoidance, a safety touch edge and an emergency stop.

Pricing and Availability

The MHR360 is supplied on quotation, because the configuration needs to be matched to your components and your site. Robots Middle East will review your application and prepare a formal offer. Delivery, customs clearance and after-sales support are arranged together with the quotation. To begin, please use the quotation request available on this page.

Frequently Asked Questions

What kind of robot is mounted on the MHR360?

The Mecanum wheel platform is equipped with a six-axis robot, which holds and positions the component during installation.

How is the MHR360 driven between work positions?

In transit it is operated manually: the operator controls the travelling direction and speed by adjusting a rocker and a knob.

What prevents the robot from tipping during installation?

The product has been measured and tested to work within the load range and limit radius of the arm's operation, and its anti-tipping device must be on and fully supporting the platform before work begins.

Which safety features does it carry?

The MHR360 is equipped with a buzzer, indicator light warning, safety laser obstacle avoidance, a safety touch edge and a vehicle emergency stop device to avoid collisions with moving or stationary objects.

How is the robot charged?

It comes equipped with a portable charger for convenient and fast charging.

Can it be used outside aerospace?

Yes. The product can be operated on a variety of platforms for construction work, in addition to its aerospace installation role.

Where can I buy the SIASUN Mecanum Wheel Compound Robot – MHR360 and what does it cost?

The MHR360 is available from Robots Middle East, which supplies it across the Middle East. Pricing is provided by individual quotation, prepared once your application has been reviewed.

Summary

When the structure cannot come to the robot, the robot must be able to go to the structure and then behave like a fixed installation once it arrives. The SIASUN Mecanum Wheel Compound Robot – MHR360 answers that requirement with a Mecanum wheel chassis for flexible routes, a six-axis arm for careful placement, an anti-tipping device that stabilises the platform before any work starts, and a full set of warning and collision-avoidance equipment. It is aimed at the installation of large-weight aerospace components and at construction work on a variety of platforms. For organisations in the Middle East that want to discuss configuration and arrange supply through Robots Middle East, this page is the starting point.