MSA V-Gard H2 Full Brim Safety Helmet with MIPS

The V-Gard H2 Pro uses a cap-style (climbing-style) shell geometry with the Fas-Trac III suspension — lower profile, wrap-around shell, no rear brim projection. The V-Gard H2 Full Brim uses a full brim shell with 360° brim projection and a standard ratchet suspension. Both are Type 2, ANSI Z89.1, and include MIPS. Choose Full Brim for sun/rain/spatter protection and V-Gard full brim accessory compatibility; choose the H2 Pro for lower profile and Fas-Trac III ergonomics.

Confirm the electrical class on the interior shell label. Non-Vented configurations are generally Class E capable; Vented configurations may have a reduced dielectric rating due to the ventilation ports. Never assume a Class E rating from marketing materials — the controlling reference is the ANSI Z89.1 marking stamped inside the shell. For electrical work where Class E is required, select the Non-Vented configuration and verify the label before deployment.

The V-Gard H2 Full Brim is designed for extensive compatibility with V-Gard full brim accessories — the same accessory platform used with the MSA Skullgard Full-Brim and traditional V-Gard full brim hard hats. MSA face shields, earmuff attachments, and slotted accessories for the full brim platform attach via the push-button rail or existing slots. Confirm accessory part numbers specify V-Gard H2 full brim compatibility before purchase.

The full brim projects at the front, sides, and rear of the head — shielding the neck and ears from direct sun exposure, channeling rain away from the face and collar, and deflecting overhead drip hazards (welding spatter, concrete slurry, overhead fluid lines). Cap-style helmets offer front brim projection only. OSHA 29 CFR 1926.100 specifies head protection for construction — the choice of cap versus full brim is governed by the specific hazard profile, but full brim is standard in environments with prolonged outdoor exposure or overhead wet work.

MIPS is a low-friction slip-plane layer inside the helmet. During an angular impact, the shell can rotate approximately 10–15 mm independently from the head, redirecting rotational energy away from the brain rather than transmitting it through the suspension. Most real-world head impacts are oblique — a falling worker's head strikes a surface at an angle, generating both linear and rotational forces. Standard ANSI top-impact testing addresses linear forces; MIPS addresses the rotational component. The V-Gard H2 Full Brim combines MIPS with Type 2 lateral certification for comprehensive coverage.

The full brim shell deflects weld spatter from the face and neck better than cap-style helmets. For welding where a face shield is needed, verify that your face shield attaches via the V-Gard H2 full brim accessory rail or slotted system. OSHA 29 CFR 1910.133 and 1926.102 govern eye and face protection for welding — the helmet itself provides top and lateral head protection while a properly rated welding shield or lens addresses the optical hazard. Confirm your welding shield is rated for the arc process in use (ANSI Z87.1).

Replace the shell 5 years from the manufacture date stamped inside, or immediately after any significant impact, chemical exposure, or visible physical damage. MIPS components are not independently field-serviceable — any impact that could have compromised the MIPS layer requires helmet replacement. Replace the ratchet suspension per MSA's published maintenance schedule (typically annually). OSHA 29 CFR 1910.135(b)(1) references manufacturer replacement guidance as the controlling standard.

For elevated work or fall-from-height scenarios (ANSI Z359), a chin strap is typically required to keep the helmet on the head during a fall event — an unsecured helmet separates from the head in a fall before the worker strikes a surface. Confirm with your facility's fall protection program and ANSI Z359 requirements. MSA offers compatible chin straps for the V-Gard H2 full brim — contact MSA or your distributor for current part numbers. Standard OSHA 1910.135 head protection requirements do not universally mandate chin straps, but facility programs and elevated work policies often do.