Armour - Sub Category Militaria - Category

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

ID: 3581

Rare WW1 C1916 Rimmed "Magnetic" Brodie Steel Helmet

Price: £375.00
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Description 🔉

A rare WW1-period rimmed “magnetic” Brodie steel helmet with its original leather liner. The steel was supplied by Edgar Allen & Co (AS), dating to circa April 1916. To clarify, both the shell and the rim are magnetic, not just the rim itself.

The first production Brodie Steel Helmet War Office Pattern helmets introduced in late 1915 were rimless and commonly produced from magnetic steel. In spring 1916 the pattern was revised with the addition of a rolled mild steel rim, together with a redesigned liner and chinstrap arrangement. Early examples of this revised rimmed pattern, such as this helmet, can still be found in magnetic steel before the wider adoption of non-magnetic manganese steel in September 1916.

Contrary to popular belief, the change from magnetic to non-magnetic shells was not due to compass interference, but rather because manganese steel offered superior strength, toughness, and improved resistance to shrapnel impact.

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Business Name: Raven Yard Antiques Shop
Name: Jan
Email: Enquiries@raven-antiques.com
Phone: 07454992481
Website: https://raven-antiques.com

Address:
21 Watergate, Whitchurch, Shropshire, UK.
SY131DP

Note:
Raven Yard Antiques Shop is a family run business located in the picturesque part of Shropshire in the Roman town of Whitchurch. We have a diverse selection of rare and historic goods to choose from. Please browse our online store or else visit our shop to see some of our amazing items.

Legal Note

For antique firearms such as muskets and rifles, this item is offered strictly as a collectors’ piece. It is sold as a historic firearm for display or study purposes only, and not as a modern, live-firing weapon. Export, import, and ownership regulations vary by country; buyers are responsible for ensuring compliance with their local laws and confirming that they are not prohibited from ownership. In accordance with UK guidelines, the seller is required to verify the buyer’s identification and age prior to completion of the sale.

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