HS Airforce HS-P136M 13″ industriell heksakopter 15 kg MTOW 9,5 kg nyttelast

industriell fpv-drone med 6 rotorer for tungt løft og 15 kg slep

hs airforce hs-p136m er et profesjonelt 13-tommers heksakopter konstruert for industriell nyttelast og langdistanseoppdrag. med en maksimal startvekt på 15 kg, nyttelastkapasitet på 9,5 kg og t300-karbonfiberkonstruksjon, leverer denne 6-rotor-dronen eksepsjonell styrke, stabilitet og flytider på over 30 minutter for krevende kommersielle applikasjoner.

viktige funksjoner

• 15 kg maks startvekt – tungløftkapasitet i industriell kvalitet
• 9,5 kg maks nyttelast – ta med profesjonelt utstyr, sensorer eller leveringsmoduler
• 6-rotorkonfigurasjon – forbedret stabilitet og redundans for kritiske oppdrag
• 140 km/t makshastighet – rask utplassering med 360° maks tiltvinkel
• 30+ minutters flytid – utvidet utholdenhet (uten last), 12 minutter med nominell nyttelast
• 10 km+ kontrollrekkevidde – elrs 915mhz for langdistanseoperasjoner
• t300 karbonfiberramme – ultra-slitesterk konstruksjon for tøffe miljøer
• kraftige 440kv motorer – 6× 1569w motorer for stabil skyvekraft
• stm32f405 flykontroller – betaflight-firmware med icm42688-p gyro
• 80a esc-system – telemetriaktivert med 100a pdb

perfekt for

• industriell nyttelastlevering og logistikk
• luftmåling og kartlegging med tungt utstyr
• langtrekkende fpv-oppdrag og utforskning
• infrastrukturinspeksjon med spesialiserte sensorer
• landbruksovervåkings- og sprøytesystemer
• søk- og redningsaksjoner
• tilpassede industrielle utviklingsprosjekter

tekniske spesifikasjoner

flyskrog og struktur

• modell: hs-p136m
• konfigurasjon: heksakopter (6 rotorer)
• rammemateriale: t300 karbonfiber
• propellstørrelse: 13 tommer
• egenvekt: 2780 g (uten batteri)
• maks startvekt (mtow): 15 kg
• nominell nyttelast: 8 kg
• maks nyttelast: 9,5 kg

ytelse

• makshastighet: 140 km/t
• maks. vippevinkel: 360°
• flytid (uten last): 30+ minutter
• svevetid (nominell belastning): 12 minutter
• vindmotstand: nivå 6 (20–30 km/t)
• driftstemperatur: -10 °c til 40 °c
• maks høyde: 5000 m (estimert)

fremdriftssystem

• motorer: 6× 440kv børsteløse (1569w hver)
• propeller: 13-tommers (3 cw + 3 ccw)
• esc: 6× 80a kontinuerlig strøm med telemetri
• pdb: 100a med innebygde bec-er og amperemeter
• driftsspenning: 8s lipo
• anbefalt batteri: 8s1p 7500mah 70c lipo (2 pakker anbefales)

flight controller & electronics

• flight controller: stm32f405
• gyro: icm42688-p
• firmware: betaflight
• gps: optional module (for rth and position hold)
• telemetry: full esc telemetry support

communication & fpv

• receiver: elrs 915mhz (customizable)
• control range: 10km+
• operating frequency: 5.8 ghz
• vtx: up to 3w, 72 channels
• camera: 1500tvl low-light fpv camera
• video format: pal/ntsc support
• video resolution: 1080p (1920×1080)
• sensor size: 1/3.0 inch
• antenna: 3db gain, swr <1.5, rhcp polarization

advanced features

heavy-lift hexacopter design

the 6-rotor configuration provides superior stability and redundancy compared to quadcopters. with 15kg mtow and 9.5kg payload capacity, the hs-p136m can carry professional cameras, lidar systems, delivery packages, or custom industrial equipment while maintaining stable flight.

extended flight endurance

optimized for long missions with 30+ minute hover time (no load) and 12 minutes under rated 8kg payload. the dual 8s 7500mah battery configuration provides extended operational time for professional applications.

professional electronics

• stm32f405 flight controller with betaflight firmware
• icm42688-p high-performance gyro for precise stabilization
• 80a escs with full telemetry for real-time monitoring
• 100a pdb with built-in becs and current sensing
• optional gps module for autonomous features

long-range capability

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

weather-ready construction

t300 carbon fiber frame withstands level 6 wind conditions and operates in temperatures from -10°c to 40°c, making it suitable for challenging industrial environments.

applications

• payload delivery: transport packages, medical supplies, or industrial equipment
• aerial surveying: carry heavy cameras, lidar, 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 spraying systems
• search & rescue: deploy thermal cameras and communication equipment
• custom development: platform for industrial uav research and development

what’s included

• 1× hs-p136m hexacopter frame with motors
• 6× 80a esc (installed)
• 1× 100a pdb (installed)
• 6× 13-inch propellers (3 cw + 3 ccw)
• 1× stm32f405 flight controller (pre-installed)
• 1× 5.8ghz vtx module (3w)
• 1× elrs 915mhz receiver
• 1× 1500tvl fpv camera
• 1× vtx antenna (3db gain, rhcp)
• 1× adapter cable
• screws, hardware, and mounting accessories
• user manual

what you’ll need

• 2× 8s1p 7500mah 70c lipo batteries (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
• 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 2× 8s 7500mah 70c lipo (recommended)
• gps module optional – sold separately
• intended for experienced drone users or industrial developers
• requires manual assembly, configuration, and tuning before flight
• mtow: 15kg – check local regulations for registration and licensing
• professional/industrial use recommended
• requires elrs-compatible transmitter
• operating temperature: -10°c to 40°c
• wind resistance: level 6
• ce and fcc certified
• always fly responsibly and follow local uav regulations
• ensure proper safety precautions for heavy-lift operations