Your Cart: £0.00

Spend £100.00 more for free shipping!

View Cart and Checkout
Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811
Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811
Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811
Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811
Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811
Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811

Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811

Brand: Multiplex

Part No: MPX55811

£115.11 RRP £127.90
Pre-Order

The Multiplex Receiver Rx-7-DR M-LINK 2.4 GHz (MPX55811) is a compact seven-channel FHSS receiver designed for dependable radio control in models where space is at a premium. It features two complete receiving circuits operating in parallel (receiver diversity) and a dedicated amplification stage, aimed at delivering high sensitivity, excellent reception quality and an effective system range. The in-line connector layout and small footprint make installation straightforward.

Features

  • HOLD / FAIL-SAFE function
  • Telemetry / feedback channel capability
  • Integral sensor interface for connecting external sensor modules (max. 16)
  • Prepared for dual-receiver diversity operation (diversity lead # 8 5070 required)
  • Integral error counter / data logger (voltage errors, signal errors)
  • MULTImate compatible
  • Integral PC interface

Key Specifications

  • Servo channel count: 7
  • Reception system: 2.4 GHz FHSS (M-LINK)
  • Operating voltage: 3.5–9.0 V
  • Power supply: 4–5 NiXX cells; 2S LiPo / LiIo
  • Permissible operating temperature range: -20°C to +55°C
  • Dimensions (L x W x H): approx. 55 x 35 x 11.5 mm
  • Weight: approx. 25 g
  • Colour: Black
  • Age recommendation: 14+

High-quality seven-channel / nine-channel receivers exploiting MULTIPLEX 2.4 GHz M-LINK technology. These receivers utilise the latest SMT construction, and are suitable for all types of model. Their compact dimensions and in-line connector arrangement allow them to fit even in models with limited internal space. These receivers feature two complete receiving circuits operating in parallel (receiver diversity). In conjunction with a special signal amplification circuit this ensures very high sensitivity, excellent reception quality and maximum effective system range.

  • HOLD / FAIL-SAFE function
  • Telemetry / Feedback channel capability
  • Integral sensor interface for connecting external sensor modules (max. 16)
  • Prepared for dual-receiver diversity operation (diversity lead # 8 5070 required)
  • Integral error counter / data logger (voltage errors, signal errors)
  • MULTImate compatible
  • Integral PC interface
Specification
Servo channel count: 7
Reception system: 2.4 GHz FHSS
(Frequency Hopping Spread Spectrum)
Operating voltage: 3.5 V … 9.0 V
Power supply: 4 - 5 NiXX cells, 2S LiPo / LiIo
Permissible operating temperature range: - 20°C … + 55°C
Dimensions (L x W x H): approx. 55 x 35 x 11,5 mm
Weight: approx. 25 g

Multiplex Receiver Rx-7-Dr M-Link 2.4 Ghz 55811 Tech Specs:

  • Weight: 0.29g / 0.01oz
  • Shipping Weight: 0.29kg / 0.64lbs
  • Age Recommendation: 14+
  • Colour: Black


    Key Info:
    • Brand: Multiplex
    • Part No: MPX55811
    • Barcode: 4041033028117
    • Frequency: 2.4Ghz
    • Channels: 7 Channel
    Free Shipping

    This item is over £100, so qualifies for free standard UK shipping!

    Express Shipping

    Upgrade to next day from £3

    Worldwide Shipping

    Available at checkout

    Reviews
    No specific product reviews yet, why not write one?
    WRITE A REVIEW
    All reviews are subject to moderation
    Questions & Answers
    Real questions from real customers. Why not ask your own?
    Good evening, this receiver equipped with telemetry?
    Alberto Gorza / 10th February 2023

    Yes this does have telemetry

    Si @ Wheelspin Models
    ASK A QUESTION
    Get early access to deals and new arrivals.
    Use this form to ask us a quick one sentence question about this specific product. Do not enter anything you would not like displayed on our site.

    For more in depth queries, please contact us.