Extra Information:

Donaghys' Mongoose Heavy Duty Tow Strop is a 12 strand UHMwPE tow rope designed for industrial and light vehicle and 4x4 vehicle recovery. The Mongoose vehicle recovery strop has an ultra high strength to weight ratio and is lightweight and flexible to reduce injuries and assist on site handling on your work site. 

All strops come fitted with a heavily protected soft eye splice in each end and feature a tight heavy duty HT Nylon cover to minimise ingress of dirt and assist cleaning.


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Range

Strops available by BreakForce (tonne)

  • 30 tonne to 350 tonne strops come with fully machine braided cover to body and eyes
  • 400 tonne to 500 tonne strops come with HD Fire Hose cover to body and eyes
  • Soft eye splice in each end
  • Available on request complete with marine grade round thimble
  • Colour coding by application available on request

Application

  • Vehicle recovery
  • 4 x 4 vehicle recovery

Features

  • Ultra high strength to weight ratio
  • Lightweight and flexible to reduce risk of back injuries
  • Low elongation
  • Minimal re-coil and kinetic energy at break
  • Traceability (durable I/D tags)
  • Reduced hand injuries (no fish hooking like steel wire rope)
  • Heavy duty tight HT Nylon cover
  • Highly resistant to wear and flex fatigue
  • Certified to Tonnage rating

Heavy Duty HT Nylon Body

Heavy Duty HT Nylon Body

Heavy Duty HT Nylon Eyes

Heavy Duty HT Nylon Eyes

Marine grade thimble available on request

Marine grade thimbles

150 t Mongoose Strop Break Test Video

80T Mongoose Recovery Strop Break Test

Download Datasheets

RANGE

  Eye Size (mm)Approx. unit weight of completed strop (kg)   
BreakForce (tonne)Finished Diameter (mm)1-3m6m+1m3m6m10m15m20m
Full machine braided cover to body & eye
30323006000.82.34.57.010.514.0
50383006002.04.06.510.015.020.5
7044300600 4.57.513.017.028.0
10048300600 6.012.015.529.534.0
15065300600 8.014.524.036.047.0
20075300600  18.330.545.561.0
25078300600  22.237.055.574.0
30082N/A1000  26.143.565.087.0
35086N/A1000  30.651.076.5102.0
HD Fire Hose cover to body & eyes
40092N/A1000  35.158.587.8117.0
450102N/A1000  39.666.099.0132.0
500108N/A1000  44.474.0111.0148.0

 

Gross Vehicle Weight (GVW)

  DISTRESSED VEHICLES - GVW*HILL OR GRADIENT TOWING - GVW+  
Mongoose
Break Force (Tonnes)
Towing from general muddy, slippery conditionsTowing from Medium bogged position in mudTowing from Heavy to Extreme entrenched position6" Incline 1m Gradient over 10m distance (1:10)11" Incline 1m Gradient over 6m distance (1:6)18" Incline 1m Gradient over 4m distance (1:4)
306030201206441
50100503520110668
70140705028114895
10020010070401212135
150300150100602318203
200400200140803424 271
2505002501701004529 338
3006003002001204635406
3507003502451405741474
4008004002801606847541
4509004503151807953 609
500100050035020071059676

 

* The weight of a vehicle in tow based in Tonnes

Technical Data & In Use Examples

Suitable for light, medium & heavy vehicle recovery

Mongoose Heavy Duty Tow Strop example 1
Mongoose Heavy Duty Tow Strop example 2

HD zip bag supplied with every Mongoose ®

HD zip bag supplied with every Mongoose ®

Rope properties; tension fatigue

Tension Fatigue

Rope properties; bending fatigue

Rope properties; bending fatigue

Stretch vs Break Load

Stretch vs Break Load

Fibre Characteristics

 

 Fibre:TypeDescriptionSpecific GravitySensitive toResistent toHeat ReactionStrength & Elongation
Nylon
(Polyamide) 

 Contiuous
Filament

1.14 Strong acids and oxidising agents, soluble in formic, sulphuric acids and phenolic compounds  Alkalis, alcohols, esters, hydrocarbons and most bleaches Softens 229°C
Melts 249°C - 260°C
Elongation Dry 40%
Wet 35%. 90-95%
strength ratio wet/dry 
 UHMWPE
Ultra High Molecular Weight Plyethylene (UHMWPE)
 Contiuous
Filament
0.97 g/cm3   Strong oxidising agents, Chlorosulfonic & Nitric acids at high temperatures. Slightly affected by Sodium Hydroide (pH>14) Most acids & alkalis, cold alcohols, ethers, esters, ketones & bleaches  Softens 144°C
Melts 152°C
 Equialent wet/dry strength ratio.
Eloggation 4% at Break

* Jacket elongation will be determined by UHMWPE core material.