WisMesh Repeater Mini V2 | Solar-powered IP67 Meshtastic relay with up to 1W coverage on LoRa® | RAK10728/RAK10729
What Is WisMesh Repeater Mini V2? The WisMesh Repeater Mini V2 is a second-generation, ready-to-use Meshtastic repeater that extends the range of your Meshtastic LoRa mesh network. It builds on everything that made the original WisMesh Repeater Mini easy to deploy, including a WisBlock Meshtastic core, 3200 mAh rechargeable battery, and WisMesh Unify Enclosure with an integrated solar panel. At the same time, it introduces higher transmit power, more secure battery mounting, and improved waterproofing for dependable long-term outdoor operation. This Meshtastic device is available in three variants: 22 dBm (RAK4631) 22 dBm with GPS (RAK4631+ RAK12501) 30 dBm (RAK3401 + RAK13302 1W) This device lets you choose the output that matches your coverage needs and regional regulations. With up to 1W of LoRa transmit power, just one of these reaches further and punches through more obstacles than the first generation. The 22 dBm version uses the RAK4631 module, while the 30 dBm (1W) version combines the RAK3401 nRF52 BLE and the RAK13302 LoRa module. Both come pre-flashed with Meshtastic firmware, so getting started only requires pairing the repeater with the Meshtastic mobile app via BLE. Installation is straightforward with swappable mounting brackets, including wall and pole mount options, making it easy to deploy the WisMesh Repeater Mini V2 in a wide range of outdoor locations. What's New in the WisMesh Repeater Mini V2 The WisMesh Repeater Mini V2 is an upgraded version of the original WisMesh Repeater Mini, built around three improvements that matter most in the field: Up to 30 dBm (1W) transmit power: The first generation offered 22 dBm. This model adds a 30 dBm variant that significantly extends range and improves penetration in difficult environments, wherever regional regulations permit higher output. More reliable battery mounting: The battery mounting adhesive is upgraded, holding the battery firmly in place through heat, vibration, and years of outdoor service. Enhanced Type-C waterproofing: A dedicated waterproof connector replaces the original enclosure rubber seal, strengthening water resistance at the port that matters most for IP67 integrity. Why You Need WisMesh Repeater Mini V2 Communication gaps can interrupt a Meshtastic network when distance or obstacles reduce signal quality. The WisMesh Repeater Mini V2 functions as a Meshtastic range extender, helping maintain reliable message delivery across larger areas while supporting unattended outdoor and off-grid deployments. Why it's useful: Longer range than ever: Up to 1W (30 dBm) output bridges wider gaps and pushes signals through tougher terrain. Keeps your network stable: Bridges gaps when devices are too far apart. Reliable in off-grid locations: Built-in solar panel and battery make it an off-grid Meshtastic repeater that operates without external power. Built to last outdoors: Upgraded battery adhesive and a dedicated waterproof Type-C connector improve long-term durability. Easy to set up: Just connect it with the Meshtastic app via Bluetooth. Why Choose WisMesh Repeater Mini V2? The WisMesh Repeater Mini V2 is designed for permanent Meshtastic infrastructure rather than general-purpose development. It combines solar power, an IP67 enclosure, integrated battery operation, and pre-installed Meshtastic firmware into a ready-to-deploy relay that helps maintain communication across remote, outdoor, and off-grid mesh networks with minimal installation effort. Who Should Use WisMesh Repeater Mini V2? The WisMesh Repeater Mini V2 is designed for Meshtastic users who need reliable communication across larger outdoor areas without installing additional powered infrastructure. It is well-suited for: Community Meshtastic mesh networks Emergency response and disaster communications Farms and agricultural monitoring Remote environmental monitoring Private property and campus deployments Search and rescue operations Off-grid communication infrastructure and utility monitoring If your network has coverage gaps caused by distance, terrain, or obstacles, adding a dedicated repeater is often more effective than relocating existing nodes. When Do You Need a Meshtastic Repeater? A repeater helps when an existing Meshtastic relay node cannot maintain reliable communication because of environmental or deployment constraints. Typical situations include: Nodes separated by hills or dense vegetation Long distances between network segments Outdoor monitoring sites without mains power Expanding an existing mesh into new coverage areas Creating a permanent relay point for unattended deployments Instead of replacing existing nodes, the repeater forwards traffic between network segments, thereby improving Meshtastic network coverage across the deployment. Key Features of WisMesh Repeater Mini V2 LoRa Transmit Power Two variants available: 22 dBm and 30 dBm (1W) Choose the output that fits your coverage requirements and regional regulations WisBlock RAK4631 Core Module Nordic nRF52840 WisBlock Core module, pre-flashed with the Meshtastic firmware Bluetooth® Low Energy 5.0 protocol stack Nordic nRF52840: ultra-low-power MCU, 32-bit ARM® Cortex®-M4F CPU, 64 MHz clock, 1 MB Flash, 256 KB RAM Semtech SX1262 low-power, long-range LoRa transceiver WisBlock RAK19003 Mini Base Board (22 dBm Version) Compact 30 mm × 35 mm design USB Type-C debug port with dedicated waterproof connector One slot for the WisBlock Core module Two 24-pin WisBlock Sensor slots (no IO slot) WisBlock RAK19007 Base Board (30 dBm / 1W Version) Supports the 30 dBm (1W) WisMesh Repeater Mini V2 configuration. Provides USB Type-C interface for programming, debugging, and battery charging. Includes a 3.7 V Li-Ion battery connector for rechargeable battery integration. Includes a 5V solar panel connector for off-grid solar charging. Provides stable power distribution for the WisBlock RAK4631 Core module. High-speed board-to-board connectors ensure reliable module interconnection. Industrial-grade design with compact 30 × 60 mm form factor. Unify Enclosure IP67-rated enclosure with integrated solar panel, RP-SMA antenna connector, and solar panel Material: ABS UL94V-0 + UV stabiliser (flame-retardant) External dimensions: 150 mm x 100 mm x 50 mm (including lid) 3200 mAh Li-Ion Rechargeable Battery Long-lasting power supply for off-grid deployments, IEC 62133-2:2017 certified Secured with upgraded 3M VHB mounting adhesive for more reliable fixing WisMesh Blade Antenna High-performance, omnidirectional, vertically polarized LoRa antenna 9xx MHz variant: 902–928 MHz, VSWR ≤ 1.5 8xx MHz variant: 863–870 MHz, VSWR ≤ 1.3 Need something even more powerful? Check out the WisMesh Repeater, designed for deployments requiring higher performance and extended coverage. How a Meshtastic Repeater Works A Meshtastic repeater joins the existing mesh network rather than creating a separate network. After joining through the Meshtastic app, it automatically receives, forwards, and retransmits compatible packets between nodes that cannot communicate directly. Typical deployment workflow: Meshtastic Node ↓ WisMesh Repeater Mini V2 ↓ Additional Mesh Nodes ↓ Messages forwarded across the existing mesh The repeater automatically helps bridge Meshtastic nodes that cannot communicate directly because of terrain, distance, or obstacles. Deployment Best Practices Proper installation has a greater effect on network performance than transmit power alone. These recommendations help a permanent Meshtastic repeater deliver consistent long-term performance. Consideration Recommendation Mounting height Install above nearby obstacles whenever practical. Antenna orientation Keep the antenna vertically oriented. Solar exposure Position the solar panel where it receives consistent daylight. Obstructions Avoid mounting beside large metal structures or inside enclosed metal cabinets. Accessibility Leave enough access for occasional inspection and maintenance. Use Case Examples for WisMesh Repeater Mini V2 A solar-powered LoRa repeater helps maintain reliable communication where distance, terrain, or infrastructure limitations reduce direct node connectivity and helps extend a LoRa mesh network. Use Case #1: Emergency Response Communications Emergency responders deployed the repeater after damaged infrastructure created communication gaps during emergency mesh communications. Field testing covered approximately 4 km and achieved 98% successful message delivery through repeated route verification. Installation remained consistent across 20 deployments, and one operator reported that setup was straightforward and communication stayed reliable. Use Case #2: Farm and Remote Site Monitoring A farm operator installed the device as a remote monitoring repeater between distant monitoring zones to extend Meshtastic coverage where hills interrupted communication. Measured packet delivery improved from 81% to 97% over a 3.5 km route, as verified by scheduled telemetry checks. The deployment provided more dependable sensor reporting across the farm mesh network. WisMesh Repeater Mini V2 vs WisMesh Repeater Both products extend Meshtastic coverage, but they are intended for different deployment sizes. The WisMesh Repeater Mini V2 is designed for small to medium outdoor networks, making it ideal for remote monitoring, farms, and community mesh setups where compact, distributed repeater locations are needed. The WisMesh Repeater is better suited for medium to large outdoor networks, supporting backbone links and larger infrastructure deployments that require maximum coverage and higher capacity. Both devices are solar-powered and ready for outdoor installation, but if your deployment requires wider-area backbone coverage or larger-scale infrastructure, consider the WisMesh Repeater. Comparison: WisMesh Repeater Mini V2 vs Competitors The following comparison highlights how the WisMesh Repeater Mini V2 differs from other products commonly used as an outdoor LoRa mesh repeater. Feature RAKwireless WisMesh Repeater Mini V2 (This Product) Seeed Studio SenseCAP Solar Node Series LILYGO Meshtastic Devices (T-Beam / T-Echo) Heltec Automation LoRa Development Boards Primary purpose Dedicated Meshtastic repeater Solar-powered Meshtastic node Portable Meshtastic node Development board for Meshtastic Ready for permanent outdoor deployment Yes Yes No, requires enclosure No, requires enclosure Integrated solar panel Yes Yes No No Integrated rechargeable battery Yes Yes Yes, model-dependent No IP-rated enclosure IP67 Weather-resistant enclosure No No Dedicated repeater deployment Yes Partial, configured as a node Partial, configured as a node Partial, configured as a node Ready to use out of the box Pre-flashed Usually pre-configured Usually requires setup Requires setup Wall and pole mounting Included mounting options Varies Third-party accessories Third-party accessories Long-term unattended operation Designed for permanent installation Designed for outdoor deployments Limited Limited Solar charging support Integrated Integrated External solution required External solution required Best suited for Permanent repeaters, remote monitoring, infrastructure nodes Outdoor sensor nodes and gateway deployments Portable communication and field use Development, prototyping, experimentation Typical user Infrastructure builders, farms, emergency communications, and remote monitoring Environmental monitoring, outdoor sensing Makers, hobbyists, community mesh users Developers and embedded engineers What’s in the Box 1 pc WisMesh Repeater Mini V2 1 pc USB Cable 1 pc WisMesh Blade Antenna How to Get Started with WisMesh Repeater Mini V2 First Steps for WisMesh Repeater Mini V2 Overview for WisMesh Repeater Mini V2 Quick Start Guide for WisMesh Repeater Mini V2 Download Meshtastic Firmware Download Battery IEC 62133-2:2017 Certificate Download RAK4631 3D Model File Download RAK13302 3D Model File Download RAK19003 3D Model File Download RAK19007 3D Model File Download Unify Enclosure 3D Model File
RAK10729 - High Power (30 dBm / 1Watt ), RAK10728 - Standard Power (22 dBm)