Kyosho H6104 SEESAW CONCEPT 60 Concept 60 Seesaw Spare Link  [KYH6104]

KYOSHO H6104 SEESAW CONCEPT 60
Price:
£2.59
Brand:
Kyosho
Model:
KYH6104
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 £2.10 each £0.98 or 19%
3+ £1.89 each £2.09 or 27%
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Concept 60 rotor seesaw link information

This Kyosho H6104 SEESAW CONCEPT 60 is offered as a replacement seesaw link for Concept 60 helicopters and should be used to replace worn or broken seesaw linkages specific to that model. The description does not imply additional compatibility beyond the named model.

The component is intended to support routine repair and maintenance at the flying field or in the workshop, restoring the rotor head linkage geometry after wear or a minor impact. Installation normally involves disassembling the rotor head linkage with common hobby tools, fitting the new link, and confirming neutral alignment and travel with the current servos and control rods.

Installing a new seesaw link can recover stable cyclic response and remove unwanted play from the rotor head, making trimming and pre-flight checks more predictable. Always compare the replacement to the removed part for fit before final assembly and conduct cautious hover tests to validate behaviour.
Remark :
Due to limited stock availability, please notice that some Kyosho items may have to order from the factory and the ready time is around 4-6 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 should I confirm fitment before installing?

Visually compare mounting points and lengths against the part being replaced. If the attachment geometry matches, proceed; otherwise seek clarification before modifying your rotor head.

Is this part suitable for emergency field repairs?

Yes, it is intended for field and workshop repairs. Carrying a spare seesaw link is advisable for events or flying sessions to address common linkage wear or impact damage quickly.

After replacement, what pre-flight checks do you recommend?

Set the rotor head to neutral, verify servo centring and control rod geometry, then perform incremental hover checks while making small trim changes until handling matches expected behaviour.

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