Please read all the items in this warranty before submitting a claim with HGLRC customer service. Failure to do so will result in claim being delayed or may be rejected.
HGLRC guarantees this product to be free from defects in materials or workmanship for 30 days from the original date of purchase verified by sales receipt (not when product started to be in use).
Warranty claims will not cover the following:
If you have issues with soldering to smaller components…. STOP. Please seek professional assistance before attempting.
Connected speed-control with reversed polarity. There are special components that are in use to detect when this happens.
No warranty shall apply to any product that has been subject to misuse, improper testing, assembly, mishandling, or which has been operated contrary to current instructions relating to installation or maintenance or operation from the use of any equipment purchased form this store.
It is the buyer’s responsibility to use the items safely and legally and to take proper measures to prevent any damage to person or property from the use of the equipment.
Please report any problems you are having to us via a support ticket from the product purchasing account. Please do not ship items back prior before contacting us and receiving a return authorization.*Repair available in China, Europe & US
Returns of opened packages may be accepted under some rare situations, but may be subject to a restocking fee or rejected depending on the condition of the items.
Customers returning defective items will receive either a replacement, a store credit, or a refund. Orders are eligible for refund up to 30 days after after the order delivered, otherwise store credit or replacement may be issued.
Returns of products in good working order will receive a refund for the price of the item only, not the shipping costs.
Full refund requires:
As parts of complex systems, failure of one component can result in a crash or damage to other items. HGLRC is not responsible in any way, for damage to other equipment due to a failure of a component in a system.