EVO
Heald’s EVO Bollard is a patent-protected high-security system with unique features unlike any other rising bollard on the market. Rising to 1m, the EVO requires only a 1.1m excavation and coupled with its unique internal reinforcement it is the most resistant HVM bollard on the market. Tested as a single unit, the EVO Bollard has been IWA crash tested to halt a 7.2-tonne truck travelling at 64kph (40mph). Following the impact, the security bollard continued to function ensuring continued access for emergency services and uninterrupted protection for both lives and assets.
The EVO Bollard has been designed as an Electromechanically operated HVM rising bollard with an excavation depth only 100mm deeper than the height of the bollard when fully raised. It is also available as a manually operated version for locations where traffic flow is less frequent or if running power to the area is cost prohibitive. The EVO can also be supplied as a Hydraulically operated bollard but does not require the central ram prevalent in other manufacturers rising bollards and is therefore easier to maintain.
A primary benefit of Electromechanically operated bollards is their lower power consumption, with an operational saving of up to 60% compared to a standard hydraulically operated system. Additionally, the roadside cabinet can be much smaller as there is no requirement for an HPU. These two benefits combined give rise to a more sustainable HVM solution.
Heald currently offer the Crash Tested HT2-EVO and the HT3-EVO which has a slightly taller bollard (1.1m) and slightly deeper excavation (1.2m).
- IWA-14 Tested
EVO Benefits
- IWA crash tested to halt a 7.2-tonne truck travelling at 64kph (40mph)
- Requires excavation depth of just 1.1m
- Low maintenance
- Integrate with the APEX bollard to close gaps in protected lines or extend the array
- Paving tray option to seamlessly integrate with architecture
EVO Range
HT2 EVO
7.2T @ 40mph (64kph)
Drive Options: All models available with either:
- Electromechanical Drive (Battery Drill can be used to Manually Operate in case of Power Failure)
- Manually Operated (Battery Drill)
- Hydraulically Operated (Manual Hand Pump at HPU in case of Power Failure)
Bollard Height: 1000mm
Bollard Core Diameter: 273 mm (306mm with Standard Stainless-Steel Covers)
Excavation Depth: 1100mm
Options:
- Heald Intelligent LED Bollard Lighting
- Emergency Fast Operation (EFO)
- Architectural Paving System (APS) – 80mm or 110mm depth
- Optional Hardwearing Colour Coating on Bollard Shroud
- Trace Heating
- Hydra Control
HT3 EVO
Designed for 7.2T @ 50mph (80kph)
Drive Options: All models available with either:
- Electromechanical Drive (Battery Drill can be used to Manually Operate in case of Power Failure)
- Manually Operated (Battery Drill)
- Hydraulically Operated (Manual Hand Pump at HPU in case of Power Failure)
Bollard Height: 1100mm
Bollard Core Diameter: 330mm (356mm with Standard Stainless-Steel Covers)
Excavation Depth: 1200mm
Options:
- Heald Intelligent LED Bollard Lighting
- Emergency Fast Operation (EFO)
- Architectural Paving System (APS) – 80mm or 110mm depth
- Extremely Hardwearing Colour Coating on Bollard Shroud
- Trace Heating
- Hydra Control
EVO USPs

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