James Whitaker
Mining Engineer, Australia
Features
the car uses hydraulic drive crawler walking mode, eliminating the traditional gearbox transmission, reliable performance, and using a single handle to control the vehicle forward, backward and steering, so that the operation is simple and accurate; It is suitable for soft aisle transportation and narrow aisle transportation; Two-way driving is adopted to effectively solve the situation of insufficient space in the roadway and inconvenient turning; The whole machine is equipped with a truck-mounted lifting arm, with a lifting weight of 1000kg/3000kg, which is convenient and safe to load and unload heavy objects.
Mining Industry
Underground Mining Operations: In underground mines, especially coal, gold, or gas mines, the presence of methane gas, coal dust, and other volatile materials makes explosion-proof vehicles essential. Diesel-powered transporters with explosion-proof certifications are used to safely transport mining equipment, raw materials, and workers in potentially explosive environments.
Oil and Gas Industry
Offshore and Onshore Oil Platforms: In both offshore and onshore oil rigs, explosive gases such as methane and hydrogen sulfide can accumulate, posing significant risks. Explosion-proof diesel transporters are used to move equipment, tools, and personnel between various parts of the platform or between offshore rigs, ensuring safe transport in these volatile environments.
Chemical Industry
Chemical Processing Plants: In facilities that deal with volatile chemicals, explosion-proof transporters are used to move raw materials, intermediate products, and finished goods. These transporters ensure that there is no risk of sparks or ignition, which could lead to dangerous chemical reactions or explosions.
Fireworks and Ammunition Manufacturing
Transporting Explosive Materials: In the fireworks or ammunition industry, where the handling of explosives and flammable substances is routine, explosion-proof diesel transporters are used to safely transport materials such as gunpowder, ammunition, and fireworks from one location to another.
Petroleum Storage and Distribution
Fuel Transport: Explosion-proof diesel transporters are commonly used in petroleum storage and distribution facilities where flammable fuels and gases are stored and transported. These vehicles ensure that fuel is moved safely between storage tanks, processing units, and distribution points, preventing any risk of ignition.
Emergency Response and Disaster Relief
Hazardous Environment Rescue Operations: During emergency response operations in hazardous areas (such as chemical spills, explosions, or natural disasters), explosion-proof diesel transporters are used to transport rescue teams, equipment, and medical supplies safely to the affected sites.
Military Applications
Transporting Ammunition and Explosives: In military settings, explosion-proof diesel transporters are essential for the safe movement of ammunition, explosives, and fuel across military bases, depots, and during field operations.
In industrial settings where volatile gases, dust, or combustible materials are ever-present, ensuring safe material transport is paramount. Hebei Fikesen Coal Mine Machinery Manufacturing Co., Ltd., a recognized high-tech enterprise based in Shijiazhuang, has developed its explosion-proof diesel engine crawler transporter with this critical need in mind. This transporter is engineered for maximum safety, combining flame-resistant construction with certified explosion-proof sealing and durable diesel power, which together create a protective envelope that isolates the engine’s combustion processes from the external environment.
The transporter’s chassis and powertrain components are fabricated using high-strength, flame-retardant steel alloys, carefully chosen to resist deformation under impact while maintaining stability across harsh terrains. Every access panel, coupling, and piping assembly utilizes explosion-proof gaskets and pressure relief mechanisms, meeting stringent regulatory standards. The diesel engine itself resides within a reinforced enclosure, with spark-arresting exhaust systems and grounding measures to deter ignition sources. These layers of protection are particularly vital underground or within tunnel settings where methane, coal dust, or other explosive atmospheres may exist.
Beyond its construction, this model benefits from Fikesen’s strong emphasis on quality systems and certification history—ISO-9001 certification obtained in 2017, along with the company’s high-tech SME status and a robust patent portfolio (67 IP rights including invention patents, utility models, and appearance patents). These credentials underscore the company’s commitment to safety, reliability, and engineering rigor.
The explosion-proof diesel engine crawler transporter not only provides protection—it ushers in secure, uninterrupted logistics in situations where electronic or battery-driven alternatives might pose risks. Its diesel engine ensures self-sufficiency and operation even where electric systems could spark or fail. As such, this model is ideal for mining operations, underground tunneling, and maintenance corridors where safety trumps all. Its proven use in hazardous environments demonstrates how Fikesen translates its technological and patent-backed strengths into practical, safety-first machinery solutions.
When precision equipment must be moved in confined underground spaces, the performance of the transporter becomes a crucial enabler for operational excellence. Fikesen’s explosion-proof diesel engine crawler transporter is designed to deliver smooth, controlled transport that supports high-precision drilling rigs—whether directional, bolting, full hydraulic tunnel drills, pneumatic crawler drills, or deep hole units. The transporter’s motion control system integrates fine-tuned hydraulic actuators and rugged crawler tracks to enable smooth, low-vibration movement, preserving alignment accuracy of drilling setups.
The powertrain combines an explosion-contained diesel engine with hydraulic transmission calibrated for micro-speed adjustment, ensuring operators can position drilling equipment within millimeters. The robust crawl mechanism includes wide-track contact surfaces and adjustable suspension to absorb shocks and keep the payload—often sensitive drill heads and instruments—steady. This precision transport capability is especially valuable in tunnel excavation or bolting operations, where even slight shifts can misalign a drill or compromise borehole quality.
Fikesen’s experience in developing a range of drilling rigs and related tools informs the transporter’s compatibility: quick-attach interfaces match with rig bases, bolting units, and loader assemblies. The same manufacturing excellence that led to recognition as a “specialized, special and new” SME in Hebei Province (2019) as well as the establishment of its enterprise technology center (2020), underscores Fikesen’s ability to deliver integrated, high-precision solutions, rather than stand-alone machinery.
Industries benefiting from this model include underground mining where drilling precision affects ore recovery, tunnel projects requiring tight alignment tolerances, and repair or maintenance crews conducting bolt or ventilation anchor installations. The transporter’s ability to cradle drilling rigs safely, minimize mechanical shock, and enable fine maneuvering makes it an indispensable mobility companion for modern, high-accuracy drilling workflows.
Transporting bulk loads through rugged tunnel environments demands both power and adaptability. Fikesen’s explosion-proof diesel engine crawler transporter rises to that challenge with heavy-duty construction and innovative design tailored for demanding tunnel logistics. Its substantial load-bearing frame is constructed from reinforced high-tensile steel, enabling it to haul large payloads such as side-unloading rock materials, drill components, or roadway repair supplies. The crawler undercarriage, optimized for uneven tunnel surfaces, delivers traction, stability, and minimal ground pressure to traverse wet, rocky, or sloped surfaces.
Beyond raw strength, the transporter incorporates design innovations rooted in Fikesen’s R&D credentials and IP achievements—backed by 67 intellectual property rights and bolstered by the Municipal Industrial Design Center accreditation from 2022. Ergonomic operator cabins with explosion-proof glass, modular cargo platforms, and quick-swap hydraulic side-unloading mechanisms exemplify this user-centric innovation. Operators can tilt or release payloads safely without leaving the protected enclosure, reducing exposure and improving throughput in tunnel operations.
Moreover, the diesel engine ensures autonomy—unlike electric options that may halt in low-oxygen or spark-controlled areas, the explosion-proof diesel unit can operate reliably deep underground. Coupled with rugged crawlers, it supports tasks such as delivering roadway repair machines (electric or pneumatic), bolting units, or drilling tool sets across long tunnel distances. This adaptability streamlines operations, allowing a single transporter to serve multiple roles—from materials movement to equipment positioning—enhancing logistic efficiency underground.
Fikesen’s history—achieving B-level R&D institution certification in 2018, and recognition as an “innovative enterprise” in Shijiazhuang in 2020—reflects its ongoing commitment to pioneering robust industrial mobility solutions. The transporter embodies that spirit: heavy-duty, multi-functional, and meticulously engineered for the unique demands of tunnel logistics.
James Whitaker
Mining Engineer, Australia
Elena Kovacs
Tunnel Project Manager, Hungary
Carlos Mendes
Operations Supervisor, Chile
Ahmed Nasser
Underground Logistics Manager, UAE