While PRINOTH’s renounded snow groomers get the job done on the slopes during winter season, PRINOTH’s crawler carriers are versatile tools that can easily accomplish maintenance, transport and construction tasks on ski areas during off-season period.
Exerting very low pressure on the ground, the crawler carrier, even at full payload, will leave very little track prints behind, keeping optimal ground quality.
Aerial lift (12 meters to 50 meters)
Challenging ground conditions and rugged terrain are most demanding on wheeled vehicles – but not on the PRINOTH crawler carriers. With payloads ranging from 5,450 kg (12,000 lb) to 20,865 kg (46,000 lb), they can be fitted with heavy equipment, such as aerials with bucket heights of up to 55 m (180 ft).
Articulated crane (1 ton to 40 tons)
With its ground pressure of only 155 g/cm² (2.21 psi), the PRINOTH tracked carrier can transport an articulated crane through nature’s toughest terrain, set it up, and get to work quickly and efficiently.
With its low ground pressure, relentless reliability and a payload capacity of up to 20,865 kg (46,000 lb), the PRINOTH tracked vehicles that are equipped with a heavy-duty dump box will get the cargo to where it is going whatever the ground condition.
Thanks to their large deck space and sturdy support structure, the PRINOTH crawler carriers can be equipped with a heavy-duty platform to carry a multitude of different materials and supplies, safely and securely.
The hook lift system is a proud demonstration of PRINOTH’s crawler carrier versatility. With this implement, carry large or small equipment on frozen tundra, soggy swamplands or any hard-to-reach work sites. The hook lift system is ideal to transform the tracked carrier into a multi-mission vehicle to get more work done and save time and money in the process.
Excavator / Backhoe
The PRINOTH crawler carrier`s low ground pressure causes minimal disturbance to the terrain. While being equipped with an excavator or backhoe, digging in difficult terrains like swamps or hard packed surfaces becomes possible.