Mining and construction fatalities have seen a concerning rise, prompting companies to innovate for safer operations. In response, FIRSTGREEN Industries has introduced a new line of cabinless, remote-operated skid steers tailored for critical mining tasks, aiming to enhance safety and sustainability in high-risk environments.
The company, known for its electric loader Elise CBL designed for remote operation in demolition environments, has expanded its offerings with the ROCKEAT equipment line. These skid steers are specifically designed for underground mining, providing operators with a safer alternative to traditional equipment.
Marcus Suess, COO of FIRSTGREEN Industries, highlighted the significance of the ROCKEAT skid steers in improving safety and sustainability in industries like construction and mining. He stated, “We are thrilled to introduce ROCKEAT skid steers to the US market, which represents a significant leap forward in safety and sustainability for traditionally dangerous, high-emission industries like construction and mining.”
The ROCKEAT line includes two models, the 700 and 1200, with widths of 67 inches and 71 inches, respectively. These models are available with either lead-acid or lithium-ion batteries, offering flexibility and efficiency in operation. The skid steers are equipped with three 36.2 hp motors generating a maximum torque of 3 x 89 lb-ft, with load capacities ranging from 1,500 to 3,300 lbs.
Key to the ROCKEAT’s design is its remote operation capability, allowing operators to control the machines from a safe distance. Whether using the standard remote cabin or the FIRSTGREEN mobile app, operators have the flexibility to operate the skid steers efficiently and safely.
The launch of the ROCKEAT equipment line underscores FIRSTGREEN Industries’ commitment to advancing safety and sustainability in the mining and construction industries. As these sectors face growing safety challenges, innovative solutions like the ROCKEAT skid steers could play a crucial role in reducing risks and enhancing operational efficiency.
