From one-off design testing or high volume production test stands, we will design exactly the equipment you need.

From one-off design testing or high volume production test stands, we will design exactly the equipment you need. Your project will have the backing of DTB’s dedicated team of test systems engineers, a registered ISO 9001 quality system, second-to-none customer service, and unsurpassed test stand manufacturing capabilities.

Custom Built to Your Exact Requirements

Our engineering and manufacturing staff understands that the quality of your product is critical to your mission success and profitability. Our test stands and systems are used by leading suppliers of industrial products, commercial aerospace components, and are throughout military repair and overhaul depots around the globe.

DTB’s Test Stands and Test Systems are manufactured to support:

  • Hydraulics & Components; Pumps, Motors, Servo Valves, Actuators, Power Supplies, Automated Calibration Carts
  • Fuel Components; Fuel Transfer Valves and Fuel Pumps
  • Pneumatic Components; Valves, Cylinders, Actuators, Reservoirs, Vacuum Pumps
  • Electro-Mechanical Components, Assemblies; Solenoids, Solenoid Valves, Gear Boxes, Winches, Hoists

DTB has engineered and fabricated many configurations including; Automated Pump Test Stands, Hydraulic Motor Test Stands, General Purpose Component Test Stands, Automated Calibration Test Systems, Custom Fuel Test Stands and Gear Box Test Stands, to name a few.


We’ve developed test systems and test stands for hydraulic and pneumatic actuators, fuel systems, transmission controls, brakes, cab systems, oil pumps, water pumps, sensors, valves, electrical and electronic controls, electric motors and more.

Please click the following to show a few representative hydraulic test equipment projects DTB has undertaken.

Please click the following to show a few representative electro-mechanical test equipment projects DTB has undertaken.

The following is a representative custom test equipment project DTB has undertaken for the aircraft industry.

Aircraft Fuel Component Test Stand Model FV9000

Aircraft Fuel Component Test Stand Model FV9000

Aircraft Fuel Component Test Stand Model FV9000

Performance Characteristics:

  • Flow Capacity: High Range: 0 -750 GPM Low Range: 0 – 50 GPM
  • Pressure: High Range: 90 PSIG @ Full Flow | Low Range: 12 PSIG @ Full Flow
  • Proof: 0 – 275 PSIG
  • Fluid Capacity: Test Reservoir: 350 gallons max | Main Reservoir: 650 gallons max Fluid Temp: 80 +/- 10°F max
  • Filtration: 6 microns absolute

Facility Input Requirements:

  • Electrical Power: Test Stand: 460 VAC, 3 phase, 60Hz, 150 AMP
  • Cooling Water: Test Stand: 80 GPM@ 10 PSID, 55°F inlet
  • Shop Air: Input: 60 PSIG Minimum, 120 PSIG max
  • Consumption: 5 SCFM Nominal, 20 SCFM
  • Peak Dew Point: 40 degrees F max
  • Purged and Exhaust Air: Purged Air: 300 SCFM max @ nominal zero inlet pressure | Exhaust Air: 800 SCFM max @ nominal zero outlet pressure

Test Stand Dimensions:

  • Test Stand: 120 in. (W) x 144 in. (D) x 89 in. (H)
  • Electrical Enclosure: 49 in. (W) x 13 in. (D) x 75 in. (H)

Calibration System Model MCS-6150 — The Dayton T. Brown, Inc. Model MCS-6150 Mobile Calibration System is designed to provide portable calibration capability for a wide range of hydraulic test systems. A computer subsystem is included for data calculation, storage and printing of calibration records. Flow and pressure ranges can be custom tailored to individual customer requirements.

Calibration System Model MCS-6150

Performance Characteristics:

  • Flow Range: 0.05 to 150 gpm ±0.05% of indicated scale 3000 psi maximum working pressure
  • Operating Pressures: 0-1000 psig, ±0.035% of full scale 0-6000 psig, ±0.035% of full scale

Facility Input Requirements:

  • Electrical: 120 vac, 60 Hz, 1-phase, 15 amps
  • Hydraulic: Supplied by system under test

Dimensions:

  • 72 in.(W) x 26 in.(D) x 61 in.(H)