Lemon Rx DSMP 6-Channel Receiver DSMX DSM2 Compatible
Roll over image to zoom in Click on image to zoom
Lemon Rx DSMP 6-Channel Receiver DSMX DSM2 Compatible

Lemon Rx DSMP 6-Channel Receiver DSMX DSM2 Compatible

LemonRXSKU: LMN-0080
Price:
$14.99

Customer Reviews

Based on 23 reviews
96%
(22)
4%
(1)
0%
(0)
0%
(0)
0%
(0)
K
Kenneth W.
Looks Outstanding!

I have not had the weather to try these in an airplane yet. They bound to Specktrum DX6 on the first try! The service was great, fast shipping and well packed! Will do another review after I have had them in the air! Thanks Ken

g
glenn z.
Lemon Rx

The Lemon Rx DSMP 6 channel receiver binds to a Spectrum DX-6e with no problems. Range checks fine to the end of my street. At this point I can not really see the 40” wingspan plane. Price is great for a very good receiver.

M
Mike. S.
Great product and fast service.

Been using these for many years. Very happy and is perfect for all planes even nitro. Thanks again.

M
MICHAEL M.

Lemon Rx DSMP 6-Channel Receiver DSMX DSM2 Compatible

L
Leo P.
Lemon Receivers

I have been using Lemon receivers for years, With and without Stabilizers, Never had a problem with my Spektrum DX6 2nd gen. This one from Buddy RC went into a Volantex ASW28 Sailplane, That was recently flown with excellent results.

123
Download Manual

Description

Product Specification

Dimension and Weight:
 42.0mm(L) x 23.1mm(W), 8.7g
Recommended voltage range:
 3.5V to 8.5V (2S LiPo capable)
Technology:
 DSMP with GEN2 SDR stack (DSMX / DSM2 compatibility)


Highlight

DSMP 6-channel receiver is DSMX/DSM2 compatible that provides exceptional performance. 

Quick Reference Guide

Failsafe

Bind receiver and current channel values will be saved. Failsafe will be activated when no signal is received for 2 seconds. All channels will be positioned to failsafe default. For this reason, it is recommended that the throttle should be at 0% while all other sticks are centred during binding.

1S LiPo Application

The minimum recommended safe supply voltage is 3.5V

NOTE:

  • The battery must be capable of maintaining that voltage while delivering the required maximum load current to the receiver and servos. In some cases you MAY be able to operate at a lower voltage (for example a well discharged 1S LiPo cell) but you must test it in practice to be sure.


    You may also like

    Recently viewed