SW600‑Pro Heavy‑Duty Micro Turbojet Engine

 

  1. Outstanding High‑Thrust Output Capacity

    The SW600‑Pro turbojet engine delivers powerful 60‑kg steady thrust, specially optimized for heavy‑load civilian‑grade flying equipment. It can sustain stable power during long‑time aerial surveying, large‑scale aeromodel flight and sightseeing drone missions without obvious power drop‑off.

  2. Mature Integrated‑Type Mechanical Structure

    This large‑size jet power unit adopts premium metal‑made casing, with 177 mm outer diameter and 449.4 mm total length. Its overall weight hits 6600g, and the balanced frame‑structure design improves structural stability during high‑speed flight and complex‑environment operation.

  3. Well‑Matched Broad‑Band Speed‑Adjustment System

    The working rotational‑speed scope ranges from 25000 rpm up to 72000 rpm. Gentle idle‑speed operation and powerful high‑speed thrust‑boost modes are both available. Operators are capable of adjusting throttle response to satisfy varied‑speed flight requirements of large civilian aircraft devices.

  4. Upgraded Full‑Set Supporting Accessory Group

    Equipped with V5‑version electronic control unit, power plug, signal connector and two‑way pipeline adapter, the complete accessory set realizes fast pipeline assembly and electric‑signal connection. Every spare part undergoes strict compatibility testing to cut down assembly difficulty for end‑users.

  5. Convenient Long‑Cycle Maintenance Layout

    It keeps the standard 25‑hour working maintenance cycle. When aviation kerosene is blended with 3%‑5% lubricant oil, the inner high‑speed moving parts gain reliable oil‑film protection, effectively slowing down bearing abrasion and lowering the long‑term equipment‑maintenance cost.

 

SW600‑Pro belongs to the high‑output heavy‑duty kerosene‑fueled turbojet series developed for large‑size civilian flying machinery. Upgraded from small‑thrust jet engines, this model remodels the combustion‑chamber layout and strengthens the turbine assembly to accomplish 60‑kilogram rated thrust.

The updated V5 electronic control system enables users to customize startup sequences, throttle sensitivity, temperature safety thresholds and starter‑motor operating parameters. This power plant fits heavy‑duty aerial‑mapping drones, large‑size hobby aeroplanes, scenic‑area long‑distance patrol aircraft and civilian experimental flying projects. The whole equipment is designed strictly for non‑military civilian‑only application scenarios.11.webp

Specification ItemDetailed Parameter
Continuous Rated Thrust60 kg
Outer Shell Diameter177 mm
Whole‑Machine Length449.4 mm
Net Weight6600 g
Idle Operating Rotation Speed25000 rpm
Peak Working Rotation Speed72000 rpm
Standard Rated Exhaust Temperature750℃
Maximum Safe Operating Temperature≤ 1000℃
Permitted Peak Fuel Consumption≤1735 g per minute
Compatible FuelAviation kerosene
Lubricant Mix‑in Percentage3%‑5%
Fixed Routine Maintenance Interval25 working hours
Minimum Rated Input Voltage≥10 V

 

The turbojet main body and every matched fitting are separated and wrapped with thick shock‑absorbing foam padding. Precision electronic components including the V5‑generation ECU, power plugs and signal connectors are sealed within anti‑static bags for protection against static‑electric harm during cross‑region transportation.

 

Heavy‑duty thickened corrugated cartons are used for outer‑layer packaging, resisting extrusion and collision risks in ocean shipping and land logistics. A full‑colour printed operation guide is placed in every shipping parcel. Standard accessories cover the main jet‑engine body, power plug, signal plug, two‑way connector and V5 electronic control unit. Custom‑made packaging plans are supported for bulk‑order clients.

 

Q1: What civilian flying devices suit the high‑thrust SW600‑Pro turbojet engine

A1: This heavy‑duty power source works well for large‑scale recreational aeromodel aircraft, heavy‑load aerial‑mapping unmanned machines, long‑range scenic‑spot inspection drones and civilian experimental flying equipment. It serves commercial aerial‑operation tasks and aircraft‑model hobbies only.

Q2: What fuel‑mixing tips help extend the service life of this large turbojet

A2: Choose qualified aviation kerosene and mix lubricating oil in the range of 3%‑5%. Never use low‑grade fuel. You also need to inspect pipeline tightness before each startup and keep exhaust temperature within the safe‑operating scope.

Q3: Is it possible to reset the throttle‑response speed and startup parameters

A3: You can adjust acceleration curve, startup speed and fuel‑pump limits via the matched V5 electronic control system. Complete ground‑based low‑speed debugging before you carry out formal airborne flight testing.

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