Power Up Your Robot: Essential Power System Components

Studica Robotics provides a reliable selection of power system components to keep your robots running at peak performance.

A robot is only as strong as its power system. Without reliable energy, even the best designs fall short. From powering motors and servos, the right power system components ensure smooth, uninterrupted performance. Studica Robotics provides top-tier power system components designed to meet the needs of FTC teams and general robotics applications.

Enhance Your Power System

Studica Robotics offers a trusted selection of power solutions to keep your robots running at peak performance. From batteries and chargers to servo power blocks and cabling, our components support both classroom innovation and competitive robotics, including the FIRST Tech Challenge. Whether you're building a custom design or optimizing for efficiency, you'll find the power system components you need.

By integrating these essential power components, FTC teams and robot builders can create a stable and efficient power ecosystem. This ensures uninterrupted performance, smoother motor control, and enhanced durability during competitions.

12V Battery Pack ARES

A powerful and reliable energy source is crucial for any robotics project, especially in competitive FTC matches. The 12V 3000mAh NiMH Battery Pack PP45 - ARES is an FTC-legal battery designed to deliver stable and consistent power.

Why the 12V Battery Pack ARES is Essential for FTC:

High Power Output: 10C max discharge rate ensures motors receive steady power, preventing performance dips.
Lightweight & Compact: At only 604g, it balances power and agility, keeping your robot competition-ready.
Reliable Charging: Designed for the Studica Robotics NiMH Battery Pack Charger, eliminating compatibility concerns.
Stable Performance: Provides consistent energy, reducing power drops mid-match.
FTC Legal: Fully compliant with FIRST Tech Challenge (FTC) rules.

General Use Cases:

Beyond FTC, this rechargeable 12V battery is also perfect for mobile robotics, electric vehicles, and other DC-powered projects requiring high reliability.

Servo Power Block

For precise and efficient movement, servos need a stable power system. The Servo Power Block ensures smooth servo operation, making it perfect for FTC robots using arms, grippers, or other controlled mechanisms.

Why FTC Teams Rely on the Servo Power Block:

Consistent 6V Output: Prevents voltage drops that can slow servos or cause malfunctions.
Prevents Signal Interference: Isolates servo power from control signals for smooth, precise movements.
Supports Up to 8 Servos: Ideal for multi-servo robots, including arms, claws, and rotating mechanisms.
Over-Current & ESD Protection: Shields servos from electrical surges, ensuring durability.
Compact & Lightweight: Easily integrates into any robot without adding excessive bulk.
FTC Legal: Fully compliant with FIRST Tech Challenge (FTC) rules.

General Use Cases:

Perfect for RC vehicles, DIY robotics, and educational robotics kits that require stable servo power.

FTC Power Block

Managing power distribution efficiently is critical to ensuring an FTC robot performs at its best. The FTC Power Block is designed for any device that uses XT30 connections and serves as a central hub, delivering power from a single battery to multiple components, including motor controllers, sensors, and servos.

Why Teams Depend on the FTC Power Block:

Efficient Power Distribution: 9 total connections ensure even power flow across all robot systems.
Handles High Current Loads: Supports up to 20A of shared current, keeping motors and electronics powered.
Secure XT30 Connections: Prevents loose wiring and disconnections during competition.
Compact & Lightweight Design: Fits easily into tight robot builds.
Eliminates Voltage Sag: Ensures steady power for motors and sensors, preventing dips in performance.
FTC Legal: Fully compliant with FIRST Tech Challenge (FTC) rules.

General Use Cases:

While optimized for FTC robots, this FTC Power Block is also an excellent choice for any robotics project requiring efficient power distribution.

Studica Robotics: The Power System Advantage

By integrating Studica Robotics’ power system components, FTC teams can build a stable, efficient power ecosystem—leading to uninterrupted performance, precise motor control, and enhanced durability during competitions.

Why Choose Studica Robotics?

Competition-Ready Components: Seamlessly integrate into your build—no machine shop required!
3D STEP Files: Make design integration simple and efficient.
Build Guides & Resources: Get your robot up and running quickly.
Reliable Sensors, Electronics, & Kits: Find a wide assortment of robot parts to power up your robotics journey.

Don’t let power be the weak link in your build. Upgrade your power system with Studica Robotics today!