GPM T4975TL95 4mm Aluminium Turnbuckles 97.5mm Technical Upgrade  [T4975TL95]

Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95
Price:
USD$7.90
Brand:
GPM
Model:
T4975TL95
GTIN:
4894538254952
Condition:
Brand New
Write a review
alt="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95" title="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95"
alt="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95" title="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95"
alt="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95" title="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95"
alt="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95" title="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95"
alt="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95" title="Aluminium 4mm Clockwise ise And Anticlockwise Turnbuckles (total length 97.5mm.both sides thread 9.5mm) -1PR - GPM T4975TL95"

Precision 4mm aluminium turnbuckles for measured adjustments

The GPM T4975TL95 is a precision-engineered 4mm aluminium turnbuckle set designed to give repeatable, mechanically sound adjustments. Threaded ends measure 9.5mm each and the total length is 97.5mm, enabling fine tuning of suspension geometry and alignment. These turnbuckles deliver predictable length changes for setup work and upgrades that prioritise durability and stable performance.

Compatible Models

  • Model 1
  • Model 2