KO TECHNOLOGIES- CUSTOM DRIVE TRAIN AND BRUSHLESS MOTOR DESIGN.
200KG OF THRUST
200 HORSE POWER
2.3M CUSTOM CARBON PROPELLOR
FULL WET SUMP
BUILT TO AERO GRADE SPECIFICATIONS
uav series
A VERY SPECIAL PROJECT FOR A WORLD LEADER IN RETAIL AND LOGISTICS. DESIGNED TO BE THE DRIVING FORCE BEHIND A UAV WITH A 1000KG PAYLOAD
COMMERCIAL MOTOR CASE STUDY
DESIGN AND IMPLEMENTATION OF AN UNMATCHED UAV MOTOR FOR A WORLD CHANGING PROJECT
THE MOTOR BRIEF
ANY COMMERCIAL APPLICATION
DECADES OF EXPERIENCE
FULL R&D + PROTOTYPING
We can manufacture motors of any size, to any specification and have been involved in a large number of projects commercially. From aviation to electric vehicles we have the experience and capability to deliver ground breaking motor technology in any industry.
We have been designing electric motors and propulsion systems for a very long time and have extensive experience of working in the electric vehicle market, consumer market and aviation sector. All of our Engineering services and projects are dealt with by our award winning team.
We have state of the art prototyping and manufacturing facilities and can accommodate the most complex work and projects and also deliver on large volume orders. we have several different facilities in which to develop and design bespoke products and solutions for your projects.
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We are experts at delivering high end solutions for aviation grade projects. We have a large list of clients throughout the world that rely on us to deliver their product and vision.
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Our business currently supplies several large UAV projects in China. The most noteworthy of which is a motor of our design and manufacture for a very larger retailer in China. This motor will be the driving force behind a UAV aircraft delivering a 1000kg payload between depots in and around the city of Shenzhen. Due to begin operations mid 2021, the drive train boast the equivalent of 2400Hp, with a return flight path covering 5km. The project is part of a mission to reduce delivery times for the e-commerce sector and has full sanctioned approval from the government and ASFC.
AVIATION GRADE DEVELOPMENT FOR GLOBAL CLIENTS - CASE STUDY
AVIATION GRADE DEVELOPMENT
BESPOKE DESIGN TAILORED TO THE CLIENTS NEEDS
KO TECHNOLOGIES METHOD TITAN PLUS 200BHP - 2.3M CUSTOM PROPELLER - 200KG OF THRUST
WORLD CLASS DESIGN SPECIFICATION
developed and design in house to aviation grade specification and regulations the method titan plus is truly an industry leading design both in terms of its power delivery and efficiency.
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Designed with patented technology the motor boasts 200kg of thrust using a 2.3mm custom made carbon propeller and has many KO Technologies design elements such as out own wet sump.
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This ensures the motor has the smoothest operation possible while still delivering unmatched power
IN HOUSE DESIGN AND MANUFACTURE
The Method Titan Plus was designed and manufactured in house using state of the art KO Technologies machinery and engineering. We develop and produce commercial and industrial grade motors for many different clients across a broad use spectrum.
METHOD TITAN PLUS - THE FIRST SAMPLE IMAGES
COUNTLESS HOURS OF RESEARCH AND DESIGN WORK LEADING TO THE FIRST PRODUCTION PIECES
METHOD TITAN PLUS FROM DEISGN TO REALITY
MORE INFORMATION AND BRIEF SUMMARY OF USE
FINAL PRODUCTION PIECE
The Method Titan Plus final article and a short break down of how the motor will be used in a commercial environment.
METHOD TITAN PLUS IN TESTING
DELIVERING ON THE MOST RIGOUROUS TESTING CRITERIA AND EXCEEDING EXPECTATIONS
TESTING THE FINAL PRODUCTION PIECE
Here is a brief video of the testing process and qc for the final production piece. each motor has to go through rigorous aviation grade testing to allow it to pass qc measures.
200KG OF THRUST
200BHP
CUSTOM MADE 2.3M PROPELLER
UNMATCHED EFFICIENCY AND RELIABILILITY
BUILT IN WET SUMP FOR SMOOTH OPERATION.
400V OPERATING VOLTAGE
BUILT TO AVIATION GRADE SPECIFICATIONS.
DESIGNED TO TRANSPORT 1000KG LOADS BETWEEN LOGISTICS DEPOTS
CONTACT US
written quotations available on request subject to minimum order quantities and scope.