UTM - Helmet BC
Product Description
A full-face helmet jointly designed and developed by military and police units for use in Force-on-Force training with UTM's Man Marker Round (MMR) simulant ammunition.
The UTM full-face helmet is the only helmet in the tactical market that features an injection-molded face shield, which provides a stronger, clearer lens. The helmet also provides 180° field of vision. The face shield flips up to allow for on-field communication without removing head protection, while maintaining a clear view of your sparring partner's face and facial expressions, enabling training and communication without the need for voice input. It also features an anti-fog feature.
Certification
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US Army Evaluation Center: The UTM Full Face Anti-Fogging Helmet is a full-face helmet for tactical skills training that has been approved by the US Army Evaluation Center for use in Force-on-Force training when used in conjunction with CCMCK simulated ammunition.
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ANSI/ISEA Z87.1-2015: Meets the high-velocity impact resistance requirements of ANSI/ISEA Z87.1-2015.
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Berry Compliant
Face shield
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Scratch resistant with anti-fog technology
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180° all-round visibility
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Lightweight, adjustable, easy to clean, and can be lifted open for easier communication during AAR.
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Although the feature is designed for nonverbal communication, users can still hear the other party's voice clearly.
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The cap body is highly flexible to support cheek impressions.
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Can be worn over eyeglasses or sunglasses.
Maintenance
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The UTM Full Face Anti-Fogging Helmet is considered Personal Protective Equipment (PPE) and must be cleaned and disinfected after every training or use.
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Recommended cleaning method: Rinse with plain water or clean water and use a mild dishwashing detergent.
CAUTION: Do not use chemicals, ammonia, alkaline cleaners, disinfectant sprays/wipes, or other solvents to clean the lenses, as these may break or damage the lenses.
Warning
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Do not remove the face shield during training or in the training area.
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Use of solvents other than approved cleaning agents may reduce the impact resistance of the protective lens.