MAXIMUM M30. CRASH TESTED BOLLARD

Capable of withstanding the impact of a vehicle of 7,500kg, launched at a speed of 48 km/h.

INTRODUCING THE MAXIMUM M30 CRASH TESTED BOLLARD

The all-new MAXIMUM M30 crash tested bollard delivers unrivalled protection even under the most extreme measures. Capable of withstanding the impact of a vehicle of 7,500kg, launched at a speed of 48 km/h, the Maximum M30 performed outstandingly in its rigorous crash-test, earning it prestigious certiﬁcations. Elevate your security with the extraordinary MAXIMUM M30 crash tested bollard.

WHERE CUTTING-EDGE TECHNOLOGY MEETS UNWAVERING SECURITY

Painted steel or electropolished stainless steel.
Built-in LED lights
Advanced control panel
EN124 (40T) regulation compliant
Independent hydraulic pump for each bollard
Physical manual release
E.F.O (Emergency Fast Operation) upon request
Foundation case heating and audible buzzer upon request

DATASHEET

FULL SPECIFICATIONS

FEATURES

UNIQUE KEY FEATURES

SUPREME DURABILITY

Rigorously tested for up to 3,500 cycles per day, our units have outstanding durability thanks to the highest spec components throughout.

FAST OPERATION

Fast raising and lowering speeds of 4.5 seconds. The E.F.O. (Emergency Fast Operation) is available upon request and allows for extreme fast raising in 1.5 seconds.

INDEPENDENT HYDRAULIC PUMP

The hydraulic pump is laterally positioned inside the foundation case to avoid damage in the event of an impact. This also helps facilitate easy maintenance.

SPECIAL FEATURES

PERFORMANCE, STRENGTH AND SPECIFICATION.

UNRIVALLED PROTECTION

The Maximum M30 performed exceptionally in the crash–test, securing a negative penetration of 0.8 m, indicating that the truck bed stopped at 0.8 m in front of the bollard.

7500KG VEHICLE IMPACT

Capable of withstanding the impact of a vehicle of 7,500kg, launched at a speed of 48 km/h, the Maximum M30 performed outstandingly in its crash test.

OUTSTANDING CERTIFICATIONS

Securing outstanding certiﬁcations from globally recognised authorities after a rigorous crash test, the Maximum M30 has cemented its position as the best hostile vehicle mitigation bollard.

IDEAL SOLUTION

The Maximum M30 crash tested bollard is in a league of its own for high security and sensitive locations, delivering performance, speciﬁcation and strength.

CHOOSE YOUR MODEL

The Maximum M30 is available in two premium ﬁnishes: painted steel or electropolished AISI 316 marine-grade stainless steel..

Opt for the 316SS stainless steel version for unparalleled corrosion resistance, guaranteeing protection from rust, weather and harsh chemicals.

GALLERY

MAXIMUM M30 CRASH TEST IMAGES

CERTIFICATIONS

CERTIFIED IN ACCORDANCE WITH

PAS 68:2013

Is the UK standard and the security industry benchmark for Hostile Vehicle Mitigation (HVM) solutions. PAS 68:2013 is a Publicly Available Speciﬁcation (PAS) for collision testing and evaluation of products for protection against hostile vehicles.

IWA 14-1:2013

Speciﬁes the essential impact performance requirement for a vehicle security barrier (VSB) and a test method for rating its performance when subjected to a single impact by a test vehicle not driven by a human being.

ASTM F2656

This test provides a structured procedure to establish a penetration rating for vehicle perimeter barriers subjected to a vehicle impact. Knowing the penetration rating helps to select an appropriate barrier for site-speciﬁc conditions around a facility

ISO 22343

ISO 22343 published by the British Standards Institution (BSI) is the current standard (as of Sept 23) which defines the methodology by which vehicle security barriers, plus bollards, barriers and road blockers are performance-tested against vehicle impact.

CRASH TEST

ASTM F2656 RATING C730/7200 - P1 (-0.8)CRASH TEST PENETRATION POINT

The RISE Maximum M30 performed exceptionally in the crash–test, securing a negative penetration of 0.8 m, indicating that the truck bed stopped at 0.8 m in front of the bollard. To put that into context, speciﬁcation sheets often refer to a penetration grade P1, which according to ASTM is obtained when the truck bed passes beyond the bollard by a maximum distance of 1 metre. Therefore, the negative penetration value obtained by RISE at (-0.8 m) is an even higher performance result.

WATCH THE MAXIMUM M30 IN ACTION

The Maximum M30 performed outstandingly in its crash test, speciﬁcally designed to assess its resilience.

The test validated the Maximum M30’s ability to withstand the impact of a 7,500kg vehicle propelled at a speed of 48 km/h. Additionally, the examination included an assessment of penetration, revealing an impressive negative penetration of 0.8m— surpassing the industry standard of penetration grade P1 (1 meter). This remarkable result underscores the robust design and exceptional protection the Maximum M30 crash test bollard delivers.

TESTIMONIAL

Vehicles continue to be used to cause maximum damage or casualties by terrorists globally, so this new crash tested bollard developed by RISE is a major advance on previous measures to mitigate this threat.

I recommend the use of these advanced bollards to mitigate the threat from terrorists who use vehicles as weapons

RICHARD WALTON
Former Head of the Metropolitan Police Counter Terrorism Command

CASE STUDIES

FORTIFYING SECURITY: OPTUS STADIUM, AUSTRALIA

Following a security review, Optus Stadium took strategic measures to enhance its security infrastructure. Twelve Maximum M30 crash-tested bollards, selected for their exceptional crash-test ratings and certiﬁcations, were installed to fortify the venue. The deployed Maximum M30 crash test bollards now offer unparalleled security at Optus Stadium.

DOWNLOAD THE CASE STUDY

FERRARI GROUP’S COMMITMENT TO SECURITY

Ferrari Group, a globally trusted partner for luxury brands and major corporations, is renowned for providing secure transport solutions for high value goods. Ferrari Group sought to further enhance the security of its premises and protect its facility against potential vehicular threats. Ferrari Group opted to install two Maximum M30 crash-tested bollards, renowned for their exceptional performance and robust crash-test ratings.