Flatbed Transporter Remote Control Boom

This kind of transport vehicle designed and developed by our company has fully investigated and examined the special working conditions of the underground, and added the remote control and winch lifting function on the basis of the original function. Through the remote control, the transport vehicle can be operated for movement and boom work, and through the winch wire rope, the lifting and unloading of goods can be completed. This has reduced the labour intensity of workers, saved time, and improved work efficiency.

Underground coal mining is a challenging environment where the safe and efficient transport of heavy equipment and materials is crucial. Hebei Fikesen Coal Mine Machinery Manufacturing Co., Ltd.’s flatbed transporter with a remote control boom offers a modern solution tailored to meet these underground demands. By combining advanced remote control technology with robust lifting and transport functions, this product enhances operational safety and efficiency.

One of the key advantages of the remote control boom is that it enables operators to control lifting, rotating, and extending functions from a safe distance. This remote operation minimizes the need for personnel to work close to heavy loads or in confined, hazardous spaces within mine tunnels. Such capability is vital in coal mines where space constraints and environmental risks like falling debris, methane gas, or coal dust are prevalent. Operators can carefully position heavy mining equipment, repair materials, and tools with greater precision and less risk of injury.

The boom system uses smooth hydraulic controls, providing fine maneuverability that reduces sudden movements that might destabilize loads or tunnel structures. The remote controller communicates via a robust, encrypted wireless signal designed to resist interference common in underground environments. In the event of signal loss or system errors, automatic fail-safe protocols halt boom operations to prevent accidents.
Constructed from high-strength steel with corrosion-resistant coatings, the transporter withstands the abrasive coal dust and moisture found underground. Its crawler chassis distributes weight evenly and offers excellent traction on rough, uneven, and slippery tunnel floors. This stability ensures safe transport and boom operation on steep inclines or confined corridors.

Fikesen’s ISO9001 quality certification and multiple technology patents demonstrate their commitment to innovation and reliability. This transporter integrates well with other underground mining equipment produced by Fikesen, enabling efficient logistics coordination. Ultimately, the remote control boom flatbed transporter increases productivity while reducing safety risks, making it a valuable asset for modern coal mining operations.

Underground coal mines present a tough working environment requiring transport machinery that combines durability with advanced functionality. Hebei Fikesen’s remote control boom flatbed transporter is designed with rugged construction and intelligent engineering to withstand the demanding conditions typical of coal mine tunnels.

The boom is fabricated from thick, high-tensile steel, reinforced at all critical joints to handle heavy lifting cycles involving mining tools, bolting rigs, and hydraulic supports. It is treated with anti-corrosion coatings to resist the harmful effects of coal dust and moisture, ensuring longevity in harsh underground atmospheres. The hydraulic boom system features explosion-proof components certified for methane-rich environments, significantly enhancing operational safety.

The remote control unit uses advanced wireless technology with encrypted signals to prevent interference and unauthorized access. The control system provides real-time feedback, allowing operators to monitor boom position, load status, and system diagnostics remotely. In emergencies or communication failures, built-in safety protocols immediately stop all boom functions, protecting both workers and equipment.

The flatbed platform is reinforced with heavy-duty steel cross beams and thick plates, providing a stable base for carrying large, bulky loads. The crawler chassis is designed to evenly distribute weight, preventing the transporter from sinking into soft tunnel floors. Wide crawler tracks ensure excellent traction on slippery and uneven surfaces, allowing smooth navigation through narrow, twisting mine roadways.

Maintenance-friendly features include easy access to hydraulic lines, boom joints, and crawler components. Many parts are interchangeable with other Fikesen mining machinery, simplifying inventory and repair logistics. These design choices reduce downtime and maintenance costs, supporting continuous underground operations.

As a certified high-tech enterprise with a strong R&D foundation, Hebei Fikesen ensures its remote boom transporter meets high standards for quality and innovation, providing mine operators with reliable, safe, and efficient transport equipment.

Safety is a top priority in underground coal mining due to confined spaces, volatile gases, and heavy equipment risks. Hebei Fikesen’s flatbed transporter featuring a remote control boom significantly improves safety protocols by allowing operators to manage heavy lifting and transport tasks from a secure distance.

The remote control system enables precise manipulation of the boom’s lifting, extending, and swinging motions without requiring personnel to be near dangerous or unstable loads. This remote operation reduces exposure to potential hazards such as falling materials, equipment collisions, or sudden load shifts that could cause injury or damage.

Hydraulic components are explosion-proof, complying with strict coal mine safety regulations to prevent sparks or malfunctions in methane-rich atmospheres. The transporter’s low center of gravity and wide crawler base provide exceptional stability, reducing risks of tipping or load instability during transport or lifting operations. This stability is essential when handling large, uneven loads or maneuvering on inclined or rough tunnel floors.

The user-friendly remote control interface includes ergonomic design, intuitive controls, and real-time system feedback to minimize operator fatigue and improve situational awareness. Emergency stop functions and manual overrides are integrated into the system, enabling rapid response to unexpected situations or hazards.

By combining remote operation with a rugged, stable transport platform, Hebei Fikesen delivers a safer and more efficient underground coal mining logistics solution. This innovation protects workers, improves operational reliability, and supports uninterrupted mining processes in challenging underground conditions.

Michael Johnson

Safety Manager, USA

Fikesen’s remote control boom transporter has significantly enhanced safety in our underground coal mine operations. The ability to operate the boom remotely keeps workers out of harm’s way while allowing precise load placement in tight, hazardous areas. This innovation reduces accidents and improves overall workflow efficiency in challenging mining conditions.

Anna Kovalenko

Maintenance Lead, Ukraine

We depend on Fikesen’s flatbed transporter for its robust construction and dependable remote control boom system. Despite the tough, dusty, and humid underground environment, this equipment has maintained excellent performance with minimal maintenance downtime, making it a reliable asset in our coal mining operations.

David Smith

Operations Supervisor, Australia

The remote control feature of Fikesen’s transporter has transformed how we manage underground logistics. Operators can precisely position heavy loads quickly without needing extra personnel nearby, improving safety and accelerating material handling. This capability has greatly boosted our operational efficiency in confined mine tunnels.

Sophie Müller

Logistics Coordinator, Germany

In the narrow and challenging tunnels of our coal mine, Fikesen’s remote control boom transporter excels. Its exceptional maneuverability and precise load handling capabilities improve both safety and productivity, allowing us to transport and position equipment efficiently where traditional methods fall short.