An Digital Pace Controller, or ESC, is a vital digital element in battery-powered units akin to drones, RC automobiles, and different brushless motor programs. Its major operate is to regulate the velocity and route of the motor by regulating the equipped energy. 4-in-1 drone ESCs, like this FlyColor Trinx G5, boast a compact and built-in design, housing 4 particular person ESCs in a single unit. This streamlined building saves area and reduces wiring complexity, making it a perfect selection for multirotor drones. With its light-weight design, this ESC minimizes the general weight of the drone, enabling enhanced agility and maneuverability.
The ESC is an middleman between the flight controller (FC), battery, and motors. It receives indicators from the FC and interprets them into exact pulses {of electrical} present that decide how briskly the motor spins. FlyColor’s Trinx G5 ESC board can constantly deal with 60A/channel (motor) or peeks of 70A for as much as 10 seconds. Along with velocity management, the Trinx G5 ESC additionally manages the motor’s route of rotation. It may change every motor’s rotation route by reversing the polarity of the present despatched to the motor. Motor route could be adjusted in BetaFlight Configurator beneath the “Motor” tab.
FlyColor Trinx G5 60A ESC evaluation
Disclosure: I acquired this 60A ESC board as a part of a product evaluation collaboration with FlyColor. Though the board was provided at no cost, all opinions on this article stay mine, and the sponsor didn’t affect me.
FLYCOLOR was based in 2009 and hopes to grow to be the popular model of clever brushless motor management programs for all RC lovers. Their ESC vary covers Agricultural UAVs, FPV drones, Airplane fashions, RC Vehicles, and RC Boats. For this evaluation, Flycolor despatched me their newest and strongest FPV drone ESC, the Trinx G5. The ESC is available in a pleasant reusable plastic field with the next equipment: an XT60 battery cable, rubber grommets, silicone spacers, an FC cable, and a 1000μ/35V low ESR capacitor.
Trinx G5 relies on a high-speed 64MHz STM32G071 32bit CPU that gives 128Khz PWM frequency. FlyColor claims that this new MCU is 25% sooner than its predecessor.
The ESC weighs 19.6 grams and measures about 45x41x8.3mm with a 30x30mm mounting sample. The entrance facet is absolutely coated by a 7075 aluminum-zinc alloy heatsink, exposing solely the soldering pads. The again has a conformal coating for further safety. It comes with pre-installed rubber grommets, and the motor quantity is labeled in every nook. I just like the silicon spacers they’ve offered to compensate for the peak of the FETs. Battery pads have devoted holes for the low ESR capacitor.
It has massive LIPO and motor tabs, making the soldering course of simple. Keep in mind to produce warmth for the minimal required time; in any other case, you possibly can injury the circuit board. Setting my MiniWare TS101 to 400°C, I managed to solder even the thick XT60 cables effortlessly.
The FC connector has 10 pins with the next format:
- TX > Telemetry
- CRT > Present meter
- S1, S2, S3, S4 < Motor inputs
- NC
- VBAT output > VCC
- GND, GND
If all the pieces is wired appropriately, you may get the present sensor knowledge by choosing “ESC sensor” within the energy tab of Betaflight Configurator.
To squeeze out the utmost from this ESC, you will have a battery that may deal with 240A (60×4), assuming every motor attracts an equal amp. Generally, 5″ FPV drones are powered by an 1100-2000mAh battery. For instance, a 1300mAh / 100C LIPO can ship as much as 130A constantly, so the Trinx G5 shouldn’t warmth up an excessive amount of.
Worth and availability
The Trinx G5 4in1 ESC board could be ordered through platforms like eBay and choose licensed retailers akin to 7-Fundamental and Workforce BlackSheep with a beginning value of $85 for the US or €75 for Europe -this value contains the XT60 battery cable, Low ESR capacitor, FC cables, and mounting silicone grommets.
Technical parameters
Mounting sample | 30.5*30.5mm/Φ3mm |
Weight | 19.6g |
Battery compatibility | 2-6S lipo enter |
Low ESR capacitor | Sure, 1000μ/35V |
MCU | ARM 32-bit CORTEX MCU STM32G071 |
Max fixed present | 60 Amps |
Burst present | 70 Amps |
Compatibility | All Dshot and Proshot |
Configurator | BLHeliSuite32 |
Firmware goal | Flycolor_Raptor_5 |