KO Propo 10668 - EX-NEXT LDT Race-Grade Transmitter Bundle  [KO-10668]

KO Propo 10668 - EX-NEXT LDT w/KR-420XT Short Antenna Double Receiver
Price:
AUD$549.80
Brand:
KO Propo
Model:
KO-10668
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Race-Ready Radio Performance from KO Propo 10668 - EX-NEXT LDT

The KO Propo 10668 - EX-NEXT LDT is built to give responsive, repeatable control for drivers who push their cars hard. Used with the KR-420XT Short Antenna Double Receiver, the combo keeps commands sharp across mixed track surfaces.

Reliable Link with Dual Antenna Design

Thanks to the KR-420XT, the EX-NEXT LDT benefits from a dual antenna layout that stabilises the signal path and lowers the chance of transient interference during close racing.

Custom Setup for Different Driving Styles

The transmitter includes configurable parameters so competitors can adjust throttle feel and steering response to suit sprint heats or endurance runs, helping to extract consistent lap times.

Specifications

  • Receiver Type: KR-420XT Short Antenna Double Receiver
  • Frequency: 2.4GHz
  • Channels: Multiple programmable channels

For racers seeking a dependable control system, the KO Propo 10668 - EX-NEXT LDT provides precise handling and stable reception on race day.
Remark :
Due to limited stock availability, please notice that some KO Propo 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.

Does the EX-NEXT LDT support mixed surface events?

Yes, with its tuning options you can adapt steering and throttle curves to cope with both smooth and rough sections of a track.

What maintenance keeps the KR-420XT reliable?

Regularly inspect antenna routing, clean connections, and check for loose mounts to ensure uninterrupted reception.

Are there recommended auxiliary electronics?

Use a high-quality speed controller and a servo with appropriate torque for your car class to match the transmitter's responsiveness.

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