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Heavy-Lift FPV

PULSE 15

An industrial-grade 15-inch heavy FPV platform designed for carrying dual-sensor cameras, bulky high-voltage batteries, and large-capacity utility dispensers.

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Technical Data

I. Technical Specifications

Frame & Construction

Frame Type Symmetric X-Frame (15-inch)
Arm Thickness 6.0 mm (high torsional rigidity)
Material T700 Carbon Fiber
Empty Weight 1.52 kg (excluding battery)

Propulsion Setup

Brushless Motors 4219 440 KV Giant Motors
ESC Specification 110 A 4-in-1 8S ESC with heatsink
Operating Voltage Native 8S (29.6 V)
Maximum Dynamic Lift Over 26 kg peak static thrust

Avionics & Telemetry

Flight Controller STM32 F405 / H743 Dual Setup
PID Refresh Rate 8 kHz PID calculation loop
Video Transmitter 5.8 G 3 W adjustable VTX
Receiver Link ELRS 868 MHz / 915 MHz

Operational Limits

Maximum Flight Speed 130 km/h (Acro mode)
Rated Task Payload 7.0 kg
Maximum Payload Limit 8.0 kg
Maximum Takeoff Weight (MTOW) 13.0 kg
Heavy Industrial FPV

II. Product Overview

Aero · PULSE 15 is an industrial-grade 15-inch heavy FPV platform designed for carrying dual-sensor cameras, bulky high-voltage batteries, and large-capacity utility dispensers.

The Aero · PULSE 15 stands as our ultimate heavy FPV powerhouse, custom-built for high-load cinematics and critical utility drops. Powered by giant 4219 440KV motors and a massive 110A 8S ESC, it achieves a peak lift that effortlessly handles a 13.0 kg MTOW. Milled from premium T700 aviation-grade carbon fiber, this platform maintains perfect structural stability, allowing professional cinema cameras (like RED Komodo or ARRI Alexa Mini) or specialized utility packs to traverse Level 7 wind shear with zero frame vibrations.

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Rigid Engineering

III. Core Capabilities & Mechanical Design

Redefining the physical limits of FPV flight through ultimate power-to-weight ratio and rigid construction.

Symmetric Geometry & Structural Rigidity

Aviation-Grade X-Frame

Featuring a pure symmetric X layout, the frame uniformly distributes torsional forces. The 6.0 mm high-modulus carbon fiber arms remain rock-solid under high-overload maneuvers, eliminating structural resonance and ensuring silky-smooth stick controls.

Aviation-Grade X-Frame
Power Redundancy Tailored For Heavy Loads

Giant 4219 Motor & 110A ESC

Equipped with 4219 440KV brushless motors and 110A ESCs, the propulsion matrix supports native 8S high-voltage batteries. Under an 8S 16,000mAh setup, it holds a rated 7.0 kg payload for 12 minutes of stable, continuous manual flight.

Giant 4219 Motor & 110A ESC
Precision Systems

IV. High-Power VTX & Avionics Redundancy

The brain of the PULSE-15 is tuned by professional pilots to keep brute power highly controllable.

  • STM32 H743 Dual Setup

    Supports 8 kHz PID loop frequency. It isolates vibration noises dynamically, maintaining attitude hold even under asymmetric payload distributions.

  • 3W Analog VTX Link

    Adjustable 5.8G transmitter cuts through steel-concrete walls or dense forests, returning high-fidelity, zero-latency FPV video streams.

  • ELRS Anti-Jamming Receiver

    Fitted with standard ELRS 868/915MHz telemetry link, providing long-range reach and superior RF penetration in high-interference battlefields.

HEAVY CINEMA FLIGHT LOG

HEAVY CINEMA FLIGHT LOG

Sensor Mode ACTIVE_RECON_V2
Environment OPT_ALT_800M
Safety Standards

V. Heavy-Lift Safety & Field Operations

Each PULSE-15 possesses massive kinetic energy. Ground crews must strictly follow these SOPs.

01

Screw and Nut Calibration

Always inspect all motor screws and locknuts with tools before takeoff. A 15-inch propeller spinning at tens of thousands of RPM can cause catastrophic damage if loose.

02

Ground Power Limits

High-power 3W VTX units generate substantial heat. Always launch within 180 seconds of powering on to utilize propeller airflow cooling. Never leave the drone powered on static for too long.

03

Dual Kevlar Straps

Extreme manual maneuvers generate massive G-forces. Heavy batteries must be double-secured with at least two high-strength Kevlar straps and 3M non-slip pads to prevent mid-air battery ejection.

04

Buffer Clearance

Never perform heavy FPV operations over uncoordinated crowds. Ensure a strict minimum clearance radius of 50 meters and follow regional airspace regulations.

Ready to Deploy?