Additional Information
Waga | 0,01 kg |
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Wymiary | 4 × 4 × 4 cm |
9 w magazynie
3,99 € bez podatku
Waga | 0,01 kg |
---|---|
Wymiary | 4 × 4 × 4 cm |
Tylko zalogowani klienci, którzy kupili ten produkt mogą napisać opinię.
This set includes the front and back panels, all annunciators, knobs, and switch guards.
Note: No electronic components are included. You will need to purchase switches, toggle switches, rotary switches, encoders, or potentiometers separately.
This is a fully functional unit that must be connected via the IDC connector pins on the back of the PCB to an Arduino board. Programming is required.
Pin layout information is either printed on the PCB or provided in a separate datasheet.
This version comes pre-programmed and USB-ready for use with your preferred flight simulation software.
Simply plug it in, install the provided configuration files, and you’re ready to fly!
Power Supply Note:
Since panels can be daisy-chained through their power connectors, no 12V power adapters are included. Only one adapter is needed for your complete custom cockpit setup.
If you’re into building aircraft instruments or running a commercial flight school, you know that precision and reliability are non-negotiable. The Stepper Motor 28BYJ fits perfectly into this niche, offering smooth and exact control in the construction of vital flight instruments and gauges. Designed to work seamlessly with the VID6606 microcontroller, this Stepper Motor 28BYJ-48 model is your go-to solution for integrating accurate, durable, and easy-to-control components into your flight operation tools.
Flying demands instruments that deliver pinpoint accuracy – whether you’re crafting altimeters, airspeed indicators, or other gauges essential for flight. The Stepper Motor 28BYJ is engineered specifically to handle these tasks with finesse. Thanks to its sturdy construction and fine stepping resolution, it ensures that flights stay on course by powering instruments that respond consistently and reliably to microcontroller commands.
Working hand-in-hand with the VID6606 or similar 8-bit microcontrollers, this motor offers precise rotational movement, enabling exact gauge readings that flight students and pilots alike can trust during training or real missions. Its compatibility with microcontrollers makes it ideal for modernization projects or new instrument builds, turning any flight setup into a technologically advanced cockpit.
One major hurdle in setting up flight gauges and instruments is ensuring consistent, repeatable motion control for accurate measurements. Traditional motors often fall short because of backlash or imprecise positioning, but the Stepper Motor 28BYJ handles these issues head-on. It offers high repeatability and an integrated gear reduction system that boosts torque while keeping step accuracy intact – a critical feature for the exacting demands of aviation instrumentation.
Additionally, its compatibility with popular microcontrollers like the VID6606 provides flight technicians and hobbyists an easy way to program and customize instrument behavior. Whether you’re calibrating an airspeed indicator or constructing a new attitude gauge, this Stepper Motor guarantees the solid performance needed to instill confidence in your flights and training sessions.
Don’t settle for ordinary motors that might compromise your flight instruments’ precision. The Stepper Motor 28BYJ, paired with a VID6606 microcontroller, offers an unbeatable combo of precision, control, and reliability that’s tailored for the high standards of aviation instruments and gauges.
Upgrade your flight construction toolkit today with this compact, efficient, and dependable stepper motor. Whether you’re upgrading a simulator or building instruments from scratch, you’ll appreciate the smooth control and durability the Stepper Motor 28BYJ brings to every project.
Take off with confidence — get your Stepper Motor 28BYJ now and empower your flight instruments to perform at their best!
Its fine step resolution and reliability, combined with compatibility with microcontrollers like the VID6606, provide the precise control needed for accurate gauge reading and instrument construction.
Yes, the Stepper Motor 28BYJ is compatible with a wide range of microcontrollers, but VID6606 is commonly recommended due to its seamless integration and control features.
Absolutely. Its robust construction is designed to withstand demanding environments ensuring consistent performance over time.
The motor’s compact form and standard mounting make installation straightforward for both new setups and retrofits.
It works well with typical stepper motor drivers and specifically integrates smoothly with the VID6606 microcontroller for precise instrument control.
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