1 1

Anzu Raptor Intelligent Flight Battery

Anzu Raptor Intelligent Flight Battery

$299.00
$299.00
Sale Sold out
Shipping calculated at checkout.

S-NB-RAPTOR-BAT

SKU S-NB-RAPTOR-BAT MPN RBATT01 UPC 190021096424
  • High capacity 5,000 mAh cells providing up to 46 minutes flight
  • Intelligent management system monitoring real-time voltage and temperature health status
  • Flexible charging options supporting 65W wall car or USB-C inputs
  • Rapid deployment design featuring quick-release latches for fast field swaps
  • Integrated safety circuitry protecting against overcharge and deep discharge events
  • Precision hovering support enabling 40 minutes of stationary aerial monitoring
  • Professional LiPo 4S chemistry optimized for Raptor Series aircraft platforms
  • Real-time telemetry communication for accurate mission planning and RTH alerts
  • Thermal protection ensures safe charging between 41 and 104 degrees
Request Info / Quote ☎︎ 1 (213) 262-9436
View full details
  • Description
  • Specifications
  • In the Box
  • FAQ

Anzu Robotics Raptor Intelligent Flight Battery: Maximum mission endurance

The Anzu Robotics Raptor Intelligent Flight Battery is a high-capacity power solution engineered to provide the Raptor Series with industry-leading flight endurance. This 5,000 mAh LiPo 4S battery is a critical component for professional operators who require extended time on station for complex mapping, inspection, or public safety missions. With the ability to power the aircraft for up to 46 minutes of flight or 40 minutes of precise hovering, this battery ensures that pilots can cover more ground without frequent battery swaps. Its intelligent management system provides real-time telemetry, allowing for precise monitoring of power levels and health status to ensure flight safety and hardware longevity in demanding environments.

Anzu Robotics Raptor Intelligent Flight Battery core features and advantages

  • High energy density: Delivers 5,000 mAh capacity for up to 46 minutes of flight time.
  • Intelligent management: Integrated system monitors voltage and temperature for safe and efficient discharge.
  • Flexible charging: Supports 65W fast charging via wall chargers car adapters or USB-C.
  • Real-time telemetry: Communicates precise percentage data to the flight controller for mission planning.
  • Secure fitment: Designed with a quick-release mechanism for rapid and stable field swaps.
  • Hover stability: Provides reliable power for up to 40 minutes of stationary aerial monitoring.
  • Thermal resilience: Optimized for charging in environments ranging from 41°F to 104°F.
  • Safety protections: Built-in circuitry prevents overcharging and over-discharging to preserve cell health.

The Anzu Robotics Raptor Intelligent Flight Battery provides the dependable power required for sustained professional drone operations. By delivering exceptional flight times and integrated safety features, this battery solves the problem of frequent mission interruptions and power management uncertainty. It is a necessary asset for any pilot utilizing the Raptor platform for high-stakes enterprise or industrial applications.

DSLRPros utilizes decades of UAS industry experience to provide professional-grade power solutions that integrate seamlessly into your Raptor fleet. We offer more than just hardware; we provide complete lifecycle solutions to ensure your operations remain efficient and mission-ready. Secure your operational endurance by purchasing the Anzu Robotics Raptor Intelligent Flight Battery from DSLRPros.

Battery Specifications

  • Model: BWX260-5000-15.4
  • Capacity: 5000 mAh
  • Battery type: LiPo 4S
  • Charging temperature: 5°C to 40°C (41°F to 104°F)
  • Max charging power: 65 W
  • 1x Anzu Raptor Intelligent Flight Battery
How long does it take to charge a Raptor battery?

When using an Anzu-approved 65W charger, a fully depleted Raptor Intelligent Flight Battery typically reaches a full charge in approximately 70 to 90 minutes. Charging times can vary slightly depending on the ambient temperature and the initial state of charge. For the best results and to preserve the longevity of the LiPo cells, it is recommended to charge the battery in a cool, well-ventilated area within the specified temperature range.

Can I charge the battery while it is still inside the drone?

Yes, the Raptor Intelligent Flight Battery supports charging via a USB Type-C cable when it is installed in the aircraft's battery slot. This is particularly useful for field operations where a dedicated 65W wall or car charger might not be available, allowing you to use a high-output power bank or laptop charger. However, using the official 65W chargers is recommended for the fastest and most stable charging performance.

What is the rated flight time for this battery?

The Anzu Robotics Raptor Intelligent Flight Battery is rated for a maximum flight time of up to 46 minutes under ideal conditions. In practical applications involving high winds or heavy payload usage, operators should expect slightly shorter durations. For hovering missions, such as stationary surveillance or detailed structural inspections, the battery is rated to provide up to 40 minutes of power.

How do I know when the battery needs to be replaced?

The intelligent battery management system continuously monitors the health of the cells and provides real-time telemetry to the flight controller. If the system detects significant cell imbalance, permanent capacity loss, or other health issues, it will provide a notification through the flight interface. Additionally, if you notice the battery casing is swelling or it is failing to hold a charge for the rated duration, it should be retired and replaced immediately.

Is this battery compatible with the Raptor T thermal model?

Yes, the Raptor Intelligent Flight Battery is fully compatible with the entire Raptor Series, which includes both the standard Raptor and the Raptor T (Thermal) models. The BWX260-5000-15.4 model designation is the standardized power solution for this series. This cross-compatibility allows fleet operators to manage their battery inventory more efficiently across different mission types.