BMC POWERis a solution center that produces high added value throughout the journey from idea to final product in power and transmission systems. In this process, it works with a philosophy that emphasizes nationalization by making the most of the skills and infrastructures in our country, and transferring the knowledge and experience it has developed to critical stakeholders.
The fields of activity of our company include the engine, transmission (transmission), cooling package and control units that form the power and transmission systems for the commercial and defense sectors.
We carry out our work in the fields of activity by using our competencies through the processes from the project to the final product. Our main competencies are conceptual design, detailed design, analysis, optimization, simulation, prototyping, testing, qualification and production.
In addition to the competencies in these fields of activity, our company has the competence in establishing the necessary knowledge and infrastructure for the localization of critical subsystems within its own organization or within the companies it cooperates with.
We utilize all kinds of innovative knowledge and approaches, engineering software and world-class information technology infrastructures in our processes in order to conduct these activities effectively and efficiently.
BMC POWER Engine Department is comprised of competent engineers who are specialized in the design and development of internal combustion engine systems and carry out the improvement studies of the engines which are suitable for all required applications, in compliance with the technical requirements needed. The main objective of the engine department is the improvement of diesel-fuel piston engine systems. In addition, improvement studies of other fuel engines, hybrid systems, and electrification studies are carried out by BMC Power Engine Department.
The Engine Department is capable of executing all the development phases of an internal combustion engine. Concept design, detailed design, analytical lifespan verification, system and subsystem tests, performance analysis and optimization studies are carried out by the Engine Department.
BMC Power Transmission Design and Development department has a superior capability and competency for designing and developing power transmission components needed and required by a wide array of high technology vehicle platforms, specifically cross driven transmissions.
Transmission department consisting of expert and distinguished engineers undertakes mission to close the scientific and application gaps in mechanical, hydro-mechanical, hydrostatics, hydrodynamics, hydraulics systems design, advanced engineering calculations, critical subsystems design and development including their analyses and simulations.
Transmission Design and Development department executes this mission of designing and developing world-class power transmission systems starting from concept design and following with preliminary design, detailed design and validation activities.
BMC POWER aims the diesel and hybrid engines, transmissions and power packs it developed to sustain their high performance on toughest terrains and under challenging weather conditions in compliance with the mission it undertakes for designing, developing and manufacturing indigenous and global power packs.
Moreover, BMC POWER Power Pack department is also responsible for conducting functional, performance, durability tests and calibration of the engines, transmissions and power transmission components developed and manufactured for commercial vehicles and defense land platforms. BMC POWER Power Pack department works in collaboration with distinguished universities, ordnance plants, TÜBİTAK and similar research institutions to enhance these activities.
Test Center Building
Total Closed Area: 5200 M²
Test Facility Hardware Features
4 x Engine Test Chambers
2 x Transmission Test Chambers
2 x Power Pack Test Chambers
1 x Tilt Table Test Chamber
Stock Area, Office and Social Areas
Special Test Units and Infrastructure
Torque Converter, Hydrostatic Pump, Oil and Water Pumps, Valve Block, and other Subsystem Test Rigs.
Power Pack Test Rooms have AC electric motor dynamometer and configurable test automation system as well as all necessary test, measurement and conditioning systems for development and endurance tests of power packs up to 1800 HP. The Power Pack Test Rooms are also equipped with flywheel sets for inertia simulation of heavy-duty vehicles.
Engine Test Rooms, which have test automation systems that can be configured with AC electric motor dynamometer and hydraulic brake dynamometer, have all necessary test, measurement and conditioning systems for development and endurance tests of internal combustion engines up to 1800 HP.
Transmission Test Chambers, which have a configurable test automation system with brake and drive AC electric motor dynamometers, have all necessary test, measurement and conditioning systems for the development and endurance tests of transmissions up to 1800 HP. The test rooms also allow for flexible AC electric motor dynamometer installation configurations and testing of power packs, motors and other power transmission systems.
The Tilt Table Test Chamber has hydraulic cylinders that allow testing of the engine, transmission and power pack under all possible road and terrain slope conditions, and a table that can tilt ± 45° in the inner and outer axis.
