Spuhr ACIMIL-A2 Angle Cosine Inticator
Spuhr

Spuhr ACIMIL-A2 Angle Cosine Indicator

ACIMIL-A2

$565.00
/
Tax included. Shipping calculated at checkout.

Incl. GSTFree standard post on orders over $700

  • In store:
  • In stock at supplier, ships in about 2 business days5
  • Special order, allow 5+ days
  • Out of stock at supplier, enquire with store

Tell us how many you need and we'll check every supplier and give you a straight answer on availability, price and lead time.

No order is placed and nothing is charged; a staff member replies personally.

One email when it's back. You'll also be added to our newsletter — unsubscribe any time.

Indent order. Ordered in for you from our supplier and paid in full (100%) at order. The expected date is the supplier's estimate and can move; we'll email you if it changes. Indent orders can't be returned for change of mind, and a cancellation is refunded less any costs already incurred. See our Payment, Deposits and Orders and Refunds policies. Your consumer guarantee rights are not affected.

The Spuhr ACIMIL-A2 Angle Cosine Indicator gives a direct mechanical readout of the angle to a target so shooters can apply the correct cosine correction for point-of-impact adjustments. It is a compact, no-electronics tool intended for use in mountainous or angled shooting situations.

  • Mechanical, no batteries: Completely mechanical design eliminates reliance on electronics or batteries.
  • Durable construction: Made from aircraft-grade aluminum and anodized in flat black for a low-reflective finish.
  • Clear angle markings: Cosine numbers are laser engraved onto the body in 5-degree increments for repeatable readings.
  • Lens performance: Lens is described as shatterproof, shockproof, and resistant to chemicals such as acetone and cleaning solvents.
  • Field-ready details: Described as vault solid and waterproof (noted as “Mil Spec”), and also described as quiet in use. Weight: 22 g / 0.8 oz.

Designed by Sniper Tools Design Co., the ACIMIL-A2 focuses on a simple, rugged approach to angle measurement so users have a reliable mechanical reference when applying cosine corrections in the field.

You may also like

Recently viewed