| Main centres: | 1-3 business days |
| Regional areas: | 3-4 business days |
| Remote areas: | 3-5 business days |
When you're hauling heavy loads across South African roads be it agricultural equipment, construction materials, or off-road gear you need a trailer rope that doesn't let you down. The 5M 18 TON Heavy Truck Specialty Thickened Trailer Rope is engineered for strength, durability, and peace of mind on tough stretches and rough terrain.
Thickened, high-tensile synthetic fibre construction
Rated capacity of 18 tons / high load bearing
5 metre length ample reach for most towing needs
Built for heavy truck and trailer usage
Resistant to abrasion, UV, and weather conditions
Easy to attach with hooks or eyelets
Compact and flexible easier to handle despite its strength
Length: 5 m
Load rating: 18 tons
Material: heavy-duty synthetic fibre (e.g. polyester / high tenacity rope)
Diameter / thickness: e.g. 15 mm (or as specified)
Temperature / environmental resistance: UV, moisture, abrasion resistant
1 × 5M 18 TON Heavy Truck Specialty Thickened Trailer Rope
Towing on local roads, whether highway stretches or rough backroads, demands gear you can trust. This heavy truck rope gives you that confidence. Its reinforced construction and 18-ton rating means that even under serious load, it won't stretch or snap unexpectedly. The 5-metre length is a versatile balance long enough for many towing setups, yet manageable for quick handling.
Strength aside, the rope is designed to resist abrasion, UV damage, and weather essential in South Africa's sun, dust, and seasonal downpours. Even after repeated use, it keeps its structural integrity and shape. The compact flexibility means it's easier to coil, transport, and store, without bulky stiffness.
Whether you're pulling farm trailers, transporting machinery, or doing heavy duty recovery work, this rope becomes part of your essential equipment. And because of its design, it's easier to attach securely using the end fittings. With every strain point protected, the risk of failure under stress is minimised.