When it comes to material handling, the Hoeflon Tracked Carrier (TC1) stands out as a top choice for both indoor and outdoor environments. Its compact yet powerful design allows it to move between challenging outdoor areas and sensitive indoor spaces, making it a great carrier on construction sites, warehouses, and facilities that demand efficiency and precision.



Eco-Friendly and Battery-Powered Performance

One of the standout features of the Hoeflon Tracked Carrier is its battery-powered operation, offering a cleaner, more sustainable alternative to traditional fuel-powered equipment. With zero emissions, it is ideal for indoor use and enclosed spaces where air quality is a priority. Not only does this make it more environmentally friendly, but it also reduces noise pollution, creating a safer and quieter working environment.


Adaptability for Indoor and Outdoor Use

The Hoeflon Tracked Carrier’s carefully engineered tracks are designed to distribute weight efficiently, helping to minimise the risk of excessive pressure on indoor flooring. While it can be used on polished and finished surfaces, it is always advisable to assess the flooring type and take necessary precautions to prevent any potential damage.

Outdoors, its durable tracks allow it to move easily through rough terrain, slopes, and construction sites. Its slender build ensures it can navigate tight spaces, making it suitable for a wide range of projects, from landscaping to heavy equipment transport.


A Reliable Workhorse for Various Jobs

Whether moving heavy loads indoors or tackling demanding outdoor tasks, the Hoeflon Tracked Carrier delivers strength, precision, and reliability. Its battery-powered design enhances efficiency while reducing environmental impact, making it a smart choice for businesses looking to optimise operations sustainably.



For those in need of a robust yet adaptable material handling solution, the Hoeflon Tracked Carrier is a dependable investment that brings both performance and eco-conscious benefits to the job site.