holybroHolybro
Pix32 v5
Réf. fabricant 20099
230.00 $≈ 199.32 €
Le prix en résumé
Vendu par holybro à 199.32 €. Livré en France, port, TVA et droits de douane éventuels compris, il revient à environ 257.18 €. Prix relevés le 2026-09-16.
Le coût livré est une estimation pour un article seul expédié en France métropolitaine ; seul le panier du vendeur fait foi.
Disponibilité inconnue
Coût total livré estimé
| Article | 199.32 € |
|---|---|
| Frais de port | 15.00 € |
| TVA (20 %) | 42.86 € |
| Total livré | 257.18 € |
Estimation pour un article seul livré en France métropolitaine, expédié hors UE : des droits de douane et frais de dédouanement peuvent s'ajouter, facturés par le transporteur.
Caractéristiques (extraites automatiquement)
Mécanique
| Poids | 220 g |
Description
HolyBro Pix32 v5 is a new flight controller we have developed on the base of FMUv5 scheme, which can be regarded as a variant version of ‘Pixhawk4’. The Pix32 v5 is comprised of a separate flight controller and carrier board which are connected by a 100pin connector. It is designed for those pilots who need a high power, flexible and customisable flight control system. By using a carrier board designed for the style of model you need you can make sure that the physical size, pinouts and power distribution requirements match the model perfectly. Different carrier boards designed for multirotors, fixed wing aircraft, ground based vehicles or even water based models ensure that you have all the connections you need and none of the expense and bulk of connectors you don’t. We have made the carrier board schematics public, you can either make a custom carrier board by yourself or just let HolyBro help you with it. If you’ve tried to use a PixHawk4 but struggled to make it work with your design then the Pix32 v5 may be the answer with its ability to fit within a custom carrier board with just what you need. As the Pix32 v5 is based on the PX4 and ArduPilot systems you can also take advantage of all of the latest peripherals, software and enhancements offered by those systems for a quick easy setup and flying experience. Features Internal IMU vibration-isolated mechanically, reducing the effect of frame vibration IMUs are temperature-controlled by onboard heating resistors, allowing optimum working temperature of IMUs to ensure sensor accuracy Built-in double redundant IMU sensor design Flight Controller and inertial management unit (IMU) are housed in a ultra small form factor, separated from the base board. It follows the PX4 PAB interface standard 100-pin connector design. This allow a plug-in solution for manufacturers of commercial systems. Manufacturers and end users can design their own customized base board to fit their specific needs. Ultra-small Flight Controller
