HS Airforce HS-P134M 11KG Heavy-Lift Long-Range FPV Drone 7KG Payload 130KMH ELRS 8S LiPo

professional heavy-lift quadcopter with 11kg mtow and 7kg payload

the hs airforce hs-p134m is a powerful heavy-lift fpv drone engineered for industrial operations, aerial delivery, and long-range missions. with an 11kg maximum takeoff weight, 7kg payload capacity, and t300 carbon fiber construction, this 8s-powered quadcopter delivers 130km/h speeds while maintaining 30+ minute flight times for demanding professional applications.

key features

• 11kg max takeoff weight – professional heavy-lift capability for industrial use
• 7kg max payload – carry cameras, sensors, delivery packages, or equipment
• 130km/h max speed – fast deployment with 670°/s angular speed
• 30+ minute flight time – extended endurance (no load), 11 minutes with 6kg payload
• 10km+ control range – elrs 915mhz for long-range operations
• t300 carbon fiber frame – ultra-durable construction with injection nylon parts
• powerful 440kv motors – 4× 1569w brushless motors for stable thrust
• stm32f405 flight controller – betaflight firmware with 16mb blackbox
• 80a am32 escs – split esc configuration with telemetry
• optional gps module – ±1m rth accuracy, ±0.5m hover precision

perfect for

• industrial payload delivery and logistics
• aerial surveying and mapping with heavy cameras
• long-range fpv missions and exploration
• infrastructure inspection with specialized equipment
• agricultural monitoring and applications
• experimental fpv payload testing
• custom industrial development projects

technical specifications

airframe & performance

• model: hs-p134m
• configuration: quadcopter (4 rotors)
• frame material: t300 carbon fiber with injection nylon parts
• empty weight: 1900g (without battery)
• max takeoff weight (mtow): 11kg
• rated payload: 6-7kg
• max payload: 7kg
• max speed: 130km/h
• angular speed: 670°/s (pitch/roll/yaw)
• flight time (no load): 30+ minutes
• hover time (6kg payload): 11 minutes
• wind resistance: level 6 (20-30 km/h)
• operating temperature: -10°c to 40°c (estimated)

propulsion system

• motors: 4× 440kv brushless (1569w each)
• propellers: 332mm 3-blade
• esc: 4× 80a split esc with am32 firmware
• pdb: 100a with 5v/12v bec and current sensing
• operating voltage: 8s lipo
• recommended battery: 8s 7500mah 70c lipo

flight controller & electronics

• flight controller: stm32f405
• blackbox: 16mb onboard logging
• firmware: betaflight
• gps: optional module (±1m rth, ±0.5m hover accuracy)
• telemetry: full esc telemetry support

communication & fpv

• receiver: elrs 915mhz (customizable)
• control range: 10km+
• operating frequency: 5.8 ghz
• vtx: 3w, 72 channels, irc tramp protocol
• camera: 1500tvl fpv camera
• camera fov: 135°
• lens: 2.1mm
• camera features: d-wdr (dynamic wide dynamic range)
• video format: pal/ntsc support
• video resolution: 1080p (1920×1080)
• sensor size: 1/3.0 inch
• antenna: mmcx-to-sma cable included

advanced features

heavy-lift capability

with an 11kg maximum takeoff weight and 7kg payload capacity, the hs-p134m can carry professional cameras, lidar sensors, delivery packages, or custom industrial equipment while maintaining stable flight characteristics and impressive performance.

high-speed performance

powered by 1569w motors and optimized for 8s lipo power, the hs-p134m achieves speeds up to 130km/h with exceptional 670°/s angular speed for dynamic flight profiles and rapid deployment.

extended flight time

optimized for endurance with 30+ minute hover time (no load) and 11 minutes under 6kg payload, enabling extended missions and professional applications requiring sustained flight.

long-range elrs control

elrs 915mhz receiver provides 10km+ control range with low latency and exceptional reliability. the 5.8ghz vtx with 3w output and 72 channels ensures reliable video transmission for extended missions.

professional electronics

• stm32f405 flight controller with betaflight firmware
• 16mb blackbox for flight data logging and analysis
• 80a am32 split escs with full telemetry
• 100a pdb with 5v/12v bec outputs
• irc tramp vtx protocol for easy configuration
• optional gps module for autonomous features

applications

• payload delivery: transport packages, medical supplies, or industrial equipment
• aerial surveying: carry heavy cameras and mapping sensors
• industrial inspection: deploy specialized sensors for infrastructure monitoring
• long-range fpv: extended missions with 10km+ range capability
• agricultural applications: carry multispectral cameras or monitoring equipment
• experimental testing: platform for payload testing and development
• custom development: industrial uav research and development

what’s included

• 1× hs-p134m frame kit (assembled)
• 4× 440kv 1569w high-power brushless motors
• 4× 332mm 3-blade propellers
• 1× stm32f405 flight controller (16mb blackbox)
• 4× 80a am32 split escs
• 1× 100a pdb with 5v/12v bec
• 1× 1500tvl fpv camera (135° fov, d-wdr)
• 1× 5.8ghz 3w vtx (72 channels, irc tramp)
• 1× vtx antenna with mmcx-to-sma cable
• mounting accessories and connectors
• user manual

what you’ll need

• 8s 7500mah 70c lipo battery (recommended, not included)
• elrs-compatible radio transmitter
• fpv goggles (5.8ghz analog)
• 8s lipo battery charger
• gps module (optional, for rth and position hold)
• payload mounting system (depending on application)

optional upgrades

• gps module with rth and position hold (±1m rth, ±0.5m hover)
• hd digital fpv system (e.g., dji air unit)
• crossfire or crsf protocol receiver
• 6s-8s smart battery monitor
• custom payload mounting brackets
• redundant power systems

important notes

• battery not included – requires 8s 7500mah 70c lipo (recommended)
• receiver and transmitter not included unless otherwise stated
• gps module optional – sold separately
• intended for experienced drone users or industrial developers
• requires manual assembly, configuration, and tuning before flight
• mtow: 11kg – check local regulations for registration and licensing
• professional/industrial use recommended
• requires elrs-compatible transmitter
• wind resistance: level 6
• always fly responsibly and follow local uav regulations
• ensure proper safety precautions for heavy-lift operations