SPM
Avian 100Amp Brushless Smart ESC, 3-6S Ver. A
Avian 100Amp Brushless Smart ESC, 3-6S Ver. A
Impossible de charger la disponibilité du service de retrait
SPMXAE1100A Specs
Motor Output Leads: 5.12 in (130mm) 12AWG with 4.0mm bullet connector
Battery Input Leads: 15.75 in (400mm) 12AWG with IC5 connector
Throttle Lead: 17.71 in (450mm) standard gauge with servo connector
Product Features
Smart all-in-one telemetry
Fast, powerful 32-bit ARM M4 processor
Multiple options for easy programming:
Smart ESC Programming Box
SmartLink USB Updating and Programmer application
Throttle stick programming
Multi-point protection:
Over-current protection
Automatic LiPo low-voltage cutoff
Thermal protection
Failsafe protection
Developed and designed by SpektrumT engineers, in partnership with the industry's leading ESC manufacturer
Compact for easy installation in most applications
Ready to install - no soldering required
Rugged plastic case
Heat dissipating design
Tabs included for a hard mount
Aluminum heat sink for high efficiency
Adjustable high-power BEC
Dual BEC power connectors
Firmware updatable through the Smart ESC Programming Box and SmartLink PC application
High heat-resistant ICT connectors, backwards compatible with ECT connectors
Limited 1-year warranty
Product Overview
Like every component in the SpektrumT Smart ecosystem, AvianT Smart ESCs combine "plug-and-play" simplicity with the ability to communicate with other Smart electronics - together, creating the best-performing RC system for your aircraft imaginable.
Avian Smart Air ESCs do much more than regulate power. They function like a virtual engineer inside your model, providing a direct path to the vital operating data you need to reach peak performance. Avian Smart Air ESCs give you an extra layer of confidence that your electronics are all operating at their best.
With Avian Smart Air ESCs, you'll be better connected to your aircraft than ever before - without installing extra components that all work independently of each other. You won't need extra wires, modules, or links. An Avian electronic speed control provides a one-wire solution for obtaining telemetry data such as current, voltage, cell balance, temperature and RPM.
Avian ESCs not only gather the data but also send it to your transmitter in real time, instead of only storing it for after-run study. You're able to adjust settings as needed to boost performance on the go. The Avian Smart single-wire telemetry solution has been tested for quality and performance by the best brands in RC. Their verdict? Smart technology is both simpler and superior!
One-Wire Telemetry
No need to connect multiple wires, sensors, modules, and links. With AvianT ESCs, simple one-wire telemetry transmits a wide range of data directly to your transmitter in real time, including current, voltage, cell balance, temperature and RPM.
EC3T/EC5T Backwards Compatible
AvianT ESCs feature ICT series battery connectors. The IC series of connectors are designed from the ground up to provide a more solid connection, higher heat resistance, and effortless installation. When used with an IC3T or IC5T connector-equipped SpektrumT Smart battery, the ESC can receive and transmit battery telemetry data. EC3T and EC5T connectors are also compatible with Avian ESCs for basic operation and ESC telemetry.
Smart Technology Battery Data
When used with a SpektrumT Smart LiPo battery, your AvianT ESC provides you with the benefit of battery telemetry that's automatically transmitted to your radio in real time. On your transmitter screen you'll be presented with helpful information such as number of cycles, battery percentage, individual cell voltage and more!
Multiple Programming Options
Multiple programming options are available. Throttle stick programming can be used with nothing more needed. Using the Smart ESC Programming Box, you can easily change settings at the field to suit flying conditions. An easy-to-use Smart Link USB Updating and Programmer app is also available.
Fast, Powerful M4 Processor
The Avian ESCs' 32-bit M4 processor produces higher resolution signal input and more accurate motor output.
