Droop & Upstop Setup Gauge HUDY 107730 for RC Cars  [HSP-107730]

HUDY 107730 Droop & Upstop SET-UP Tool
Price:
£43.56
Brand:
HUDY
Model:
HSP-107730
Condition:
Brand New
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Droop and Upstop Measurement for Scale RC

The HUDY 107730 Droop & Upstop SET-UP Tool is an RC-scale setup gauge intended to aid precise checks of suspension droop and upstop during tuning. It establishes a consistent reference for measuring travel and relative ride height when refining chassis settings.

The gauge can be used to check symmetry, validate upstop clearances, and record values while you adjust springs, shock length, or mounting positions. The straightforward layout supports a repeatable measurement routine on the bench or at the circuit.

To use, align the gauge with the chosen suspension reference points and read the indicated marks; no additional accessories are provided. This tool is a measurement reference to help inform setup choices when altering spring rates or shock geometry.

Specifications

  • Item: HUDY 107730 Droop & Upstop SET-UP Tool
  • Model Number: 107730
  • Brand: HUDY
  • Material: Not specified by manufacturer
  • Compatibility: RC-scale cars

When you need reproducible droop and upstop values, the HUDY 107730 is a useful reference device for setup and evaluation sessions.
Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

How do I interpret droop versus upstop figures?

Droop measures how far the suspension extends with weight removed, while upstop indicates the limit of compression. Use both values together to assess available travel and potential bottoming or binding issues.

Can I rely on single measurements for tuning decisions?

Single readings are a starting point. For reliable tuning choices, take repeated measurements and compare before and after changes so you can correlate handling with numerical differences.

What common setup issues will this reveal?

It helps reveal side-to-side imbalance, insufficient upstop clearance, or unexpected changes after component swaps. Those clues guide further checks of springs, shocks, and mounting hardware.

Are there any measurement pitfalls to avoid?

Avoid inconsistent gauge placement, measuring on an uneven surface, or failing to record reference points. Consistency in procedure is essential for meaningful comparisons.

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