Alloy M3 3mm Thread Link Rod End Tie Rod End Holder Ball Head Track RC 1:10 Car D10038


Description

100% Brand New

Note: The color of the item may vary slightly due to photography and your own computer

High Quality Upgrade Link Rod End Ball Joint 

High quality metal ball joints for all small scale RC models

Made from high quality aluminium to fit M3 threaded shaft/push rods

The ball joints smoothly move 45 degrees in any direction

with a 3mm diameter mounting hole

The ball joints can be used on rc car steering, rc plane/glider control surfaces and

also on rc boat rudder/throttle control servo horns

Size: Ball head hole within 3 mm M3 thread and thread each one, Total length 18mm





package


1 pair x    Ball Head

(as the picture show)


  payment



We will assist you in any way possible and aim to answer all emails within 24 hours. 

Accept paypal only

Credit card through Paypal

Please send payment to my paypal account



shipping


We Ship Worldwide by air mail

All items will be dispatched within 2-5 business days after receiving payment 

Normally you can receive within 15 to 20 Business days

18~25 Business days to Australia

15~20 Business days to USA 

15~20 Business days to Germany

15~20 Business days to United Kingdom

18~25 Business days to  Canada

18~25 Business days to Major Cities in Europe

Sametimes maybe Delay hold by customs 

The shipping cost is the same to worldwide

Ship to address provided by Paypal if no special notes from buyer

About Tax (Über MwSt.)

NO TAX request

Return & Refund(Rückgabe & Erstattung)

All our products have been checked and packaged in good condition before ship out 

In case the item is defective, please inform us within 3 days 

we will replace a new one or refund

Buyer is responsible for all return shipping charges. 

Return items should include the original packaging and accessories



Contact us



We have always been trying to provide the best service and reliable products for every

Customer. Please contact us to resolve any issue before leaving negative feedback.