Out of stock
Special Price
£55.99
Regular Price
£57.10
Overview
C of G tool
If a model is to fly satisfactorily its longitudinal dihedral must be correct, and its flying surfaces warp-free; the
final factor is that its CG must also be right. Guessing the balance point, e.g. using your fingertips, can lead to innumerable unnecessary test-flights or - in the worst case - to an immediate crash. The plan or building instructions usually state the CG position, but how should it be transferred accurately to the model?
This problem is solved neatly with our CG Gauge, which is designed to cope with models with an all-up weight of 300 g to 10 kg. The measurement range extends from 30 to 150 mm, which means that it can handle a (non-swept) wing with a chord of up to about 450 mm in the case of a constant-chord wing; that's likely to cope with any current model. The gauge can be used to balance even quite large models safely and accurately.
Please note that the gauge requires assembly and some gluing and cannot be returned to the box for storage.
final factor is that its CG must also be right. Guessing the balance point, e.g. using your fingertips, can lead to innumerable unnecessary test-flights or - in the worst case - to an immediate crash. The plan or building instructions usually state the CG position, but how should it be transferred accurately to the model?
This problem is solved neatly with our CG Gauge, which is designed to cope with models with an all-up weight of 300 g to 10 kg. The measurement range extends from 30 to 150 mm, which means that it can handle a (non-swept) wing with a chord of up to about 450 mm in the case of a constant-chord wing; that's likely to cope with any current model. The gauge can be used to balance even quite large models safely and accurately.
Please note that the gauge requires assembly and some gluing and cannot be returned to the box for storage.
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