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Description
Bidirectional continuous rotation
0 to 50 RPM, with linear response to PWM for easy ramping
Easy to interface with Parallax microcontroller or PWM-capable device
RoHS Compliant
The Parallax (Futaba) Continuous Rotation Servo is ideal for robotics and basic movement projects. It is designed for continuous rotation and can easily interface with any Parallax microcontroller.
Features:
Bidirectional continuous rotation
0 to 50 RPM, with linear response to PWM for easy ramping
Accepts four mounting screws
Easy to interface with any Parallax microcontroller or PWM-capable device
Very easy to control with PBASIC's or SX/B's PULSOUT commands
Note: Servo current draw can spike while under load. Be sure that your application's power supply and voltage regulator is prepared to supply adequate current for all servos used. Do not try to power this servo directly from a BASIC Stamp module's Vdd or Vin pins. Do not connect the servo's Vss line directly to the BASIC Stamp module's Vss pin.
Dimensions: 2.2 x 0.8 x 1.6 in (55.8x 19 x 40.6 mm) excluding servo horn
I was very pleased with the parallax servo. I have been building a 4 wheel drive chassis using whegs (A mixture of wheel and leg to give better climb on terrain). This naturally required a reasonably high torque which the servo provided. The robot was able to climb rocks larger than its size and move across pebbles. This used 4 servos, the Adafruit servo hat and a Raspberry pi. Make sure you are powering the servos with 5v or more, under that voltage you will not receive the torque you want. They have a low draw of current making an external mobile phone Charger perfect for powering them. Here they are in action: https://youtu.be/stiSSy37LWc
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Dexter
Excellent pour la robotique
J'ai été très satisfait du servo de parallaxe. J'ai construit un châssis à 4 roues motrices en utilisant des whegs (un mélange de roue et de jambe pour une meilleure montée sur le terrain). Cela nécessitait naturellement un couple raisonnablement élevé fourni par le servomoteur. Le robot était capable d'escalader des rochers plus gros que sa taille et de se déplacer sur des cailloux. Cela a utilisé 4 servos, le chapeau de servo Adafruit et un Raspberry pi. Assurez-vous que vous alimentez les servos avec 5v ou plus, sous cette tension, vous ne recevrez pas le couple souhaité. Ils ont une faible consommation de courant, ce qui en fait un chargeur de téléphone portable externe parfait pour les alimenter. Les voici en action : https://youtu.be/stiSSy37LWc
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Peter
Excellent servos delivered promptly
I used two of these to power a 3D printed tracked vehicle, they worked perfectly and very easy to control by an Arduino without any extra motor control interface.
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Peter
Excellents servos livrés rapidement
J'en ai utilisé deux pour alimenter un véhicule à chenilles imprimé en 3D, ils fonctionnaient parfaitement et très facilement contrôlables par un Arduino sans aucune interface de contrôle moteur supplémentaire.
J
Jean P
Excellent product.
Not cheap but one of the better continuous servos for the money.