Open Monday - Friday 08.30 – 17.30 | Call Center 02 101 4427

Multi-Axial Simulation Table (MAST) Systems

Apply force and motion in six degrees of freedom to components and subsystems to evaluate their behavior under a diverse array of real-world vibration phenomena. Available in a broad range of capacities, MTS hexapod systems employ versatile FlexTest® controls and renowned RPC® software to meet test needs across the automotive, aerospace and civil engineering industries.

  • Durability
  • Noise and Vibration
  • Vibration Transmissibility
  • Ride comfort
  • Modal Evaluation
  • Characterization
  • Thermal Characterization
  • Seismic Certification
  • Sub-Systems
  • Batteries and Battery Carriages
  • Seats
  • Body Components
  • Exhaust Systems
  • Cooling Systems
  • Engine Mounts
  • Dashboards and Electronics
  • Fuel and Storage Tanks
  • Non-structural Systems and Equipment
  • AC156 Earthquake Qualification Testing
  • ISO 12405 Lithium-Ion Battery Testing
  • ISO 13849-1
  • ISO 13090-1
  • ISO 2631-1
true
true
true

Video Product

KEY PRODUCT FEATURES

Accurate / Repeatable Results

Employs advanced Degree-of-Freedom Control and Three-variable Control technologies

Industry Standard

MTS has more than three decades of multi-axial testing expertise and maintains the world’s largest installed base of multi-axial simulation tables

Versatile

Deployed world-wide, meeting test requirements across a diverse range of industries

Advanced Safety Features

Integrates innovative distribution manifold technology to ensure safe, predictable hydraulic flow to the test system

MODEL COMPARISON

TECHNICAL OVERVIEW

  1. Table
  2. Integrated hydraulic control manifold with optional isolation 
  3. Fixed actuator assembly
  4. Close-coupled accumulation
  5. Mounting frame
  6. Optional chamber floor interface
  7. Swivel and strut assembly

  1. Test Cell
  2. Environmental Chamber
  3. Control Room
  4. FlexTest Controller
  5. RPC Pro Software
  6. SilentFlo Hydraulic Power Unit
  7. Hardline
  8. Seismic Mass
  9. MAST System
  10. Lithium-Ion Battery Test Specimen

 

 

 

Units

353.10
Round Table

Table Size

mm

1.0 dia.

 

ft

3.3 dia.

Simulation Frequency (bare table)

Hz

0.8-500

Simulation Frequency (max payload)

Hz

0.8-250

Maximum Payload

kg

500

 

lbs

1102

Table Mounting Pattern

mm

100 x 100

 

in

3.94 x 3.94

Actuator Peak Force

172 bar - 353.10
210 bar - 353.20 & 354.20

kN

22.2

kip

5.0

Linear Displacement

  

Vertical (Z)

± mm

36

 

± in

1.42

Lateral (Y)

± mm

31

 

± in

1.22

Longitudinal (X)

± mm

35

 

± in

1.38

Angular Displacement

  

Roll

± deg

4.6

Pitch

± deg

4.1

Yaw

± deg

3.5

Linear Velocity

  

Vertical (Z)

mm/s

950

 

in/s

37.4

Lateral (Y)

mm/s

850

 

in/s

33.47

Longitudinal (X)

mm/s

850

 

in/s

33.47

Angular Velocity

  

Roll

deg/s

140

Pitch

deg/s

130

Yaw

deg/s

105

Linear Acceleration (bare table)

  

Vertical (Z)

g

27.0

Lateral (Y)

g

19.5

Longitudinal (X)

g

21.0

Linear Acceleration (max payload)

  

Vertical (Z)

g

10.0

Lateral (Y)

g

7.0

Longitudinal (X)

g

7.8

 

Units

353.20
Round Table

353.20
Square Table

Table Size

mm

2.0 dia.

2.2 x 2.2

ft

6.8 dia.

7.2 x 7.2

Simulation Frequency (bare table)

Hz

0.8-150

0.8-150

Simulation Frequency (max payload)

Hz

0.8-100

0.8-100

Maximum Payload

kg

680

680

lbs

1499

1499

Table Mounting Pattern

mm

100 x 100

100 x 100

in

3.94 x 3.94

3.94 x 3.94

Actuator Peak Force

172 bar - 353.10
210 bar - 353.20 & 354.20

kN

70.6

70.6

kip

15.9

15.9

Linear Displacement

Vertical (Z)

± mm

145

145

± in

5.71

5.71

Lateral (Y)

± mm

115

115

± in

4.53

4.53

Longitudinal (X)

± mm

130

130

± in

5.12

5.12

Angular Displacement

Roll

± deg

8.5

8.5

Pitch

± deg

7.5

7.5

Yaw

± deg

6

6

Linear Velocity

Vertical (Z)

mm/s

1200

1200

in/s

47.24

47.24

Lateral (Y)

mm/s

900

900

in/s

35.43

35.43

Longitudinal (X)

mm/s

1000

1000

in/s

39.37

39.37

Angular Velocity

Roll

deg/s

78

78

Pitch

deg/s

70

70

Yaw

deg/s

50

50

Linear Acceleration (bare table)

Vertical (Z)

g

18.1

16.0

Lateral (Y)

g

14.1

12.5

Longitudinal (X)

g

16.7

14.8

Linear Acceleration (max payload)

Vertical (Z)

g

11.1

10.3

Lateral (Y)

g

8.6

8.0

Longitudinal (X)

g

10.2

9.5

 

Units

353.20 HP
Round Table

353.20 HP
Square Table

Table Size

mm

2.0 dia.

2.2 x 2.2

ft

6.8 dia.

7.2 x 7.2

Simulation Frequency (bare table)

Hz

0.8-150

0.8-150

Simulation Frequency (max payload)

Hz

0.8-100

0.8-100

Maximum Payload

kg

1000

1000

lbs

2205

2205

Table Mounting Pattern

mm

100 x 100

100 x 100

in

3.94 x 3.94

3.94 x 3.94

Actuator Peak Force

172 bar - 353.10
210 bar - 353.20 & 354.20

kN

70.6

70.6

kip

15.9

15.9

Linear Displacement

Vertical (Z)

± mm

140

140

± in

5.51

5.51

Lateral (Y)

± mm

110

110

± in

4.33

4.33

Longitudinal (X)

± mm

125

125

± in

4.92

4.92

Angular Displacement

Roll

± deg

8

8

Pitch

± deg

7

7

Yaw

± deg

5.5

5.5

Linear Velocity

Vertical (Z)

mm/s

1200

1200

in/s

47.24

47.24

Lateral (Y)

mm/s

900

900

in/s

35.43

35.43

Longitudinal (X)

mm/s

1000

1000

in/s

39.37

39.37

Angular Velocity

Roll

deg/s

78

78

Pitch

deg/s

70

70

Yaw

deg/s

50

50

Linear Acceleration (bare table)

Vertical (Z)

g

18.1

16.0

Lateral (Y)

g

14.1

12.5

Longitudinal (X)

g

16.7

14.8

Linear Acceleration (max payload)

Vertical (Z)

g

9.4

8.8

Lateral (Y)

g

7.3

6.8

Longitudinal (X)

g

8.7

8.1

353.50
Square Table

Table Size

mm

2.5 x 2.5

 

ft

8.2 x 8.2

Simulation Frequency (bare table)

Hz

0.8-100

Simulation Frequency (max payload)

Hz

0.8-100

Maximum Payload

kg

3000

 

lbs

6600

Table Mounting Pattern

mm

200 x 200

 

in

7.9 x 7.9

Actuator Peak Force

172 bar - 353.10
210 bar - 353.20 & 354.20

kN

250

kip

56.2

Linear Displacement

  

Vertical (Z)

± mm

164

 

± in

6.46

Lateral (Y)

± mm

170

 

± in

6.69

Longitudinal (X)

± mm

200

 

± in

7.87

Angular Displacement

  

Roll

± deg

10

Pitch

± deg

10

Yaw

± deg

8.4

Linear Velocity

  

Vertical (Z)

mm/s

2180

 

in/s

85.83

Lateral (Y)

mm/s

1800

 

in/s

70.87

Longitudinal (X)

mm/s

1740

 

in/s

68.5

Angular Velocity

  

Roll

deg/s

110

Pitch

deg/s

110

Yaw

deg/s

90

Linear Acceleration (bare table)

  

Vertical (Z)

g

16.0

Lateral (Y)

g

8.5

Longitudinal (X)

g

7.5

Linear Acceleration (max payload)

  

Vertical (Z)

g

9.5

Lateral (Y)

g

5.5

Longitudinal (X)

g

6.0

 

Units

354.20
Square Table

Table Size

mm

2.2 x 2.2

ft

7.2 x 7.2

Simulation Frequency (bare table)

Hz

0.8-100

Simulation Frequency (max payload)

Hz

0.8-100

Maximum Payload

kg

2000

lbs

4409

Table Mounting Pattern

mm

100 x 100

in

3.94 x 3.94

Actuator Peak Force

172 bar - 353.10
210 bar - 353.20 & 354.20

kN

67

kip

15.1

Linear Displacement

Vertical (Z)

± mm

140

± in

5.51

Lateral (Y)

± mm

110

± in

4.33

Longitudinal (X)

± mm

125

± in

4.92

Angular Displacement

Roll

± deg

9

Pitch

± deg

8

Yaw

± deg

6

Linear Velocity

Vertical (Z)

mm/s

1700

in/s

66.93

Lateral (Y)

mm/s

1300

in/s

51.18

Longitudinal (X)

mm/s

1350

in/s

53.15

Angular Velocity

Roll

deg/s

78

Pitch

deg/s

70

Yaw

deg/s

50

Linear Acceleration (bare table)

Vertical (Z)

g

15.9

Lateral (Y)

g

11.6

Longitudinal (X)

g

12.8

Linear Acceleration (max payload)

Vertical (Z)

g

6.0

Lateral (Y)

g

4.2

Longitudinal (X)

g

4.8

 

Units

353.10
Round Table

353.20
Round Table

353.20 HP
Round Table

353.20
Square Table

353.20 HP
Square Table

353.50
Square Table

354.20
Square Table

Table Size

mm

1.0 dia.

2.0 dia.

2.0 dia.

2.2 x 2.2

2.2 x 2.2

2.5 x 2.5

2.2 x 2.2

ft

3.3 dia.

6.8 dia.

6.8 dia.

7.2 x 7.2

7.2 x 7.2

8.2 x 8.2

7.2 x 7.2

Simulation Frequency (bare table)

Hz

0.8-500

0.8-150

0.8-150

0.8-150

0.8-150

0.8-100

0.8-100

Simulation Frequency (max payload)

Hz

0.8-250

0.8-100

0.8-100

0.8-100

0.8-100

0.8-100

0.8-100

Maximum Payload

kg

500

680

1000

680

1000

3000

2000

lbs

1102

1499

2205

1499

2205

6600

4409

Table Mounting Pattern

mm

100 x 100

100 x 100

100 x 100

100 x 100

100 x 100

200 x 200

100 x 100

in

3.94 x 3.94

3.94 x 3.94

3.94 x 3.94

3.94 x 3.94

3.94 x 3.94

7.9 x 7.9

3.94 x 3.94

Actuator Peak Force

172 bar - 353.10
210 bar - 353.20 & 354.20

kN

22.2

70.6

70.6

70.6

70.6

250

67

kip

5.0

15.9

15.9

15.9

15.9

56.2

15.1

Linear Displacement

Vertical (Z)

± mm

36

145

140

145

140

164

140

± in

1.42

5.71

5.51

5.71

5.51

6.46

5.51

Lateral (Y)

± mm

31

115

110

115

110

170

110

± in

1.22

4.53

4.33

4.53

4.33

6.69

4.33

Longitudinal (X)

± mm

35

130

125

130

125

200

125

± in

1.38

5.12

4.92

5.12

4.92

7.87

4.92

Angular Displacement

Roll

± deg

4.6

8.5

8

8.5

8

10

9

Pitch

± deg

4.1

7.5

7

7.5

7

10

8

Yaw

± deg

3.5

6

5.5

6

5.5

8.4

6

Linear Velocity

Vertical (Z)

mm/s

950

1200

1200

1200

1200

2180

1700

in/s

37.4

47.24

47.24

47.24

47.24

85.83

66.93

Lateral (Y)

mm/s

850

900

900

900

900

1800

1300

in/s

33.47

35.43

35.43

35.43

35.43

70.87

51.18

Longitudinal (X)

mm/s

850

1000

1000

1000

1000

1740

1350

in/s

33.47

39.37

39.37

39.37

39.37

68.5

53.15

Angular Velocity

Roll

deg/s

140

78

78

78

78

110

78

Pitch

deg/s

130

70

70

70

70

110

70

Yaw

deg/s

105

50

50

50

50

90

50

Linear Acceleration (bare table)

Vertical (Z)

g

27.0

18.1

18.1

16.0

16.0

16.0

15.9

Lateral (Y)

g

19.5

14.1

14.1

12.5

12.5

8.5

11.6

Longitudinal (X)

g

21.0

16.7

16.7

14.8

14.8

7.5

12.8

Linear Acceleration (max payload)

Vertical (Z)

g

10.0

11.1

9.4

10.3

8.8

9.5

6.0

Lateral (Y)

g

7.0

8.6

7.3

8.0

6.8

5.5

4.2

Longitudinal (X)

g

7.8

10.2

8.7

9.5

8.1

6.0

4.8