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We take pride in being the first company in India to have designed Crash Bollards which has been physically tested in HORIBA MIRA, UK according to new IWA 14:2013 std. Our bollards have been impact tested with a 7.2ton truck @ 48kmph (K4) and achieved a penetration of only 0.1m.

Our bollards are fast and are ideal for infrastructure requiring a high level of protection from forced impact, have least distance to the point of impact and requires continuous operation.


Presents world’s slimmest shallow foundation bollard with only 125mm of Foundation Depth and 170mm of Diameter. This bollard has been physically crash tested at Horiba MIRA, U.K. to stop an intruding truck of 7.2 ton @48 kmph with only 0.4 meter penetration.


The strongest product in today’s perimeter security market, our SIMON 12 Bollard can stop an intruding truck of 7.2 ton at a speed of 80 kmph. We are the first company in South &East Asia to have done the physical crash test on our singular Simon 12 Bollard at MIRA, UK according to the stringent stds of IWA14-1:2013 ( K12) . We achieved zero static penetration and 0.8m dynamic penetration.


  • Zero static penetration in physical crash test and 0.8m dynamic penetration
  • Test carried out on singular bollard
  • Galvanized and Epoxy coated for anti-corrosion
  • Provision for Bollard Actuation in case of power sabotage
  • Provision for EFO (Emergency Fast Operation)
  • Can be easily integrated with all Access Control devises
  • 100% Duty Cycle


Presents India’s first crash simulated and indigenously designed bollard. Our bollards have been impact tested by India’s premier R&D Institute, ARAI, Pune wherein the bollard was hit at 64km/h by a fully laden 6.8kg truck and on each occasion, simulated a complete dead stop of the vehicle.

ST 4

Presents India’s first indigenously designed and manufactured Automatic Hydraulic Bollard. The bollard has been manufactured keeping in mind the corrosive nature of the tropical Indian climate. All parts of bollards are galvanised to prevent corrosion and smooth functioning even when submerged in water.