Have you also been overwhelmed by these questions?
·After installation, the motor current is abnormal and the electric controller heats up, but the root cause of the problem cannot be found, causing the aircraft to explode directly in the field?
·The old power meter only has a black and white screen, single data, invisible curves, and unclear details. Debugging relies entirely on guessing?
·Can high current devices not measure, low current has poor accuracy, and one device cannot handle all model scenarios?
·Is it complicated to operate, difficult to upgrade, and difficult for beginners to understand? Are veteran players causing trouble?
ToolkitRC WM150， Resolve all electrical pain points at once!
Product Core Introduction
ToolkitRC WM150 is a high-performance power meter/current analyzer designed specifically for model aircraft, FPV crossovers, RC car models, and ship models. It supports up to 50V input and 150A peak current, and is equipped with a 2.4-inch full-color IPS screen. With "high-precision measurement+visual data+foolproof operation" as its core, it is an essential tool for installation debugging, power testing, and fault diagnosis. It is easy for beginners to get started and more professional for experienced players.
Core Features&Advantages
1. [Color screen visualization, data visible at a glance]
2.4-inch full-color IPS screen, 65535 color display, bidding farewell to monotonous black and white screens
Real time display of core data such as voltage, current, power, electricity, temperature, etc., combined with dynamic curve charts, making current fluctuations and voltage changes clear at a glance
The data statistics function automatically records peak and average values, and the debugging effect is intuitive and visible, without the need for manual recording
2. [High current and high voltage withstand, suitable for all scenarios]
Supports up to 50V input and 150A peak current, covering all scenario requirements from micro time traveling machines to high-power RC vehicles and model aircraft
High precision sampling, minimal measurement errors in current and voltage, accurate and reliable data, zero misjudgment during installation and debugging
Support bidirectional current measurement, accurate detection of charging and discharging status, and full chain troubleshooting of battery, ESC, and motor
3. [Minimalist operation, zero threshold for beginners]
Roller+button combination operation, comfortable damping, clear menu logic, no need to read the manual, 30 seconds to get started
One click switching of measurement mode, automatic recognition of device status, even beginners can accurately measure data, experienced debugging is more efficient
Compact and easy to install, directly connected to the power circuit without affecting the normal operation of the equipment
4. [Easy to upgrade, long-term preservation]
Support USB direct connection to computers for online firmware upgrade, continuous optimization of functions, adaptation to new scenarios, and better usability of devices
Durability, high current terminal block, high temperature resistance, anti-aging, long-term use without damage
5. [Multi scene adaptation, one is enough]
·FPV Crossover Machine: Power System Debugging, Motor Current Testing, Battery Discharge Detection
·RC car/ship model: electric tuning efficiency test, motor load test, battery life test
·Model aircraft fixed wing: power system matching, troubleshooting, battery health testing
·Battery/charger: charging efficiency testing, battery internal resistance/discharge performance testing
Installation&Measurement Operation (3 Steps to Complete)
Advanced usage tips
·Power debugging: Test the maximum current and efficiency of the motor, optimize the blade and gear ratio, and improve power performance
·Battery testing: measure battery discharge curve, internal resistance, screen aging batteries, and avoid power outages in the field
·Firmware upgrade: Connect the computer with a USB cable, download the latest firmware, upgrade with one click, unlock more features
