GLOBAL SUPPLY DISRUPTION: We are one of the largest stocking dealers in the country.  When we show a product is IN STOCK, we really mean it!  If your item is not listed (chances are we have it) or your desired quantity is not showing as available or if you place an order and you find the quantity is restricted to quantity 1, please contact us.  For out of stock products, please contact us to get on the wait list and secure your place in line as we re-stock regularly.

MTR 3000 Repeater

Call for Price

Combining the best of two-way radio with digital technology, MOTOTRBO™ delivers increased capacity, exceptional voice quality, enhanced battery performance and integrated data communication via the industry’s largest third party application developer program. MOTOTRBO™ is built to the globally recognized ETSI DMR Tier 2 standard.

Available in UHF, VHF, and 800 / 900 MHz frequency bands, MTR3000 is 100-watt, continuous duty base station/repeater that operates in digital mode in MOTOTRBO™ Conventional, IP Site Connect, Capacity Plus and Connect Plus systems. In addition, the MTR3000 can also operate in analog mode for conventional and LTR® /PassPort™ trunking systems.


MTR3000 Standard Features:

  • Operates in analog or MOTOTRBO™ digital mode with LED indicating mode of operation
  • Reliable 100W continuous duty cycle operation
  • 12.5 or 25 kHz programmable channel spacing
  • Analog and digital conventions are all standard in one base station without the cost of additional software or hardware
  • RoHS (Restriction of Hazardous Substances) compliant
  • Power supply functions over a wide range of voltages
  • Integrated 100W Power Amplifier and AC/DC Power Supply afford minimized cabling, rack space, expense and overall complexity
  • Supports UHF, VHF, and 800 / 900 MHz frequency bands

MTR2000 Upgrade Available

  • MTR2000 stations can easily be upgraded to MTR3000 with an upgrade kit

MTR3000 Programmed In MOTOTRBO™ Mode Provides:

  • Two simultaneous voice paths in digital 12.5 kHz TDMA
  • 6.25e compliance
  • Division of an existing channel into two talk paths, delivering twice the capacity through a single repeater
  • MOTOTRBO™ Connect Plus multi-site trunking to extend the coverage and expand the capacity of your system
  • MOTOTRBO™ Capacity Plus single-site trunking to expand the capacity of your system
  • MOTOTRBO™ IP Site Connect to extend the coverage of your system
  • Transmit interrupt capability to help prioritize critical communication exactly when and where it’s needed
  • Dynamic mixed mode capability which allows for automatic switching between analog and digital mode
  • IP Repeater Programming enables the use of Internet Protocol (IP) at a central location to complete programming changes and upgrades on remotely located repeaters
  • Digital Telephone Interconnect enables communication between radios and landline or mobile phones


MOTOTRBO™ Repeater Spec Sheet
MOTOTRBO™ Repeater Spec Sheet.

MTR3000 Base Station/Repeater Specifications
MTR3000 is a MOTOTRBO™ integrated voice and data base station/repeater designed to meet the requirements of small public safety, utilities and professional organizations.



MOTOTRBO™ Connect Plus
MOTOTRBO™ Connect Plus multi-site digital trunking is a two-way radio system that enables you to accommodate the high volume, wide area communication that’s required for your business.

MOTOTRBO™ Digital Telephone Interconnect Factsheet

User Guides and Manuals

TDMA Technology: Bringing Increased Capacity and Functionality to Digital Two-Way Radio
TDMA technology white paper: Bringing increased capacity and functionality to professional digital two-way radio.

The Future of Professional Two-Way Radio: Digital
Mobility Enabled Access (MEA) technology is a high performance, scalable ad hoc network solution that has been deployed extensively in mobile data and public safety applications. MeshConnex software delivers MEA technology as a portable, scalable software solution that can be integrated into a variety of market applications. Its low footprint and operating system independence mean that it can be applied to sensor and personal area networks, while its inherent robustness and self-healing routing capabilities make it ideally suited for industrial applications and homeland security.