Beretta Glider Merino Half Zip Sweater

The Beretta Glider Merino Half Zip Sweater is a lightweight thermal mid layer designed to regulate body temperature during active days outdoors. Whether worn on its own in milder weather or layered beneath a waterproof jacket when temperatures drop, it delivers warmth, breathability and unrestricted movement without unnecessary bulk.

Its greatest strength lies in its dual-layer knitted construction. The outer surface is made from naturally insulating merino wool, while the inner face uses soft viscose against the skin. This combination allows the sweater to take advantage of merino wool’s excellent temperature regulation while the viscose improves breathability, dries quickly and provides a smooth, comfortable feel during extended wear.

Together, the fabrics create a balanced thermal layer that helps keep you comfortable across changing conditions without overheating during periods of activity.

The knitted construction also provides four-way stretch, allowing the sweater to move naturally with your body whether mounting a shotgun, climbing uneven ground or walking long distances. Preformed sleeves further improve freedom of movement by reducing restriction through the arms, while the slim fit sits neatly beneath an outer jacket without creating excess bulk.

A deep front YKK half zip makes it easy to regulate body temperature throughout the day. Simply unzip to increase ventilation when working harder or zip fully for added warmth when standing still.

Elasticated cuffs with integrated thumb holes help keep the sleeves securely in place during layering, while the elasticated hem provides a tidy fit that helps retain warmth. A printed Beretta logo on the chest completes the clean, understated design.

Beretta Glider Merino Half Zip Sweater Key Features

• Dual-layer construction with merino wool outer and viscose inner
• Naturally regulates body temperature during active use
• Breathable, quick-drying inner fabric improves comfort
• Four-way stretch knit enhances freedom of movement
• Preformed sleeves reduce restriction when shooting
• Deep YKK half zip allows fast temperature adjustment
• Elastic cuffs with integrated thumb holes
• Elasticated hem for a secure fit
• Slim fit designed for comfortable layering
• Suitable for temperatures between 10°C and 20°C
• Thumb hole

Designed for shooters, stalkers and country sports enthusiasts who need a versatile thermal layer that adapts to changing conditions. It performs particularly well beneath a waterproof field jacket, where its slim fit and moisture management help maintain comfort throughout long days outdoors.

If you’re looking for a technical mid layer that combines the natural performance of merino wool with the comfort and quick-drying properties of viscose, the Beretta Glider Merino Half Zip Sweater is an excellent choice for year-round field use.

Frequently Asked Questions

Q: What is the Beretta Glider Merino Half Zip Sweater made from?
A: 50% merino wool and 50% viscose.

Q: Why does it combine merino wool and viscose?
A: Merino regulates temperature, while viscose improves breathability, comfort and drying speed.

Q: Is the Beretta Glider Merino Half Zip Sweater breathable?
A: Yes. The fabric construction promotes airflow and moisture management.

Q: What fit does the sweater have?
A: It has a slim fit designed for comfortable layering.

Q: Does the sweater stretch?
A: Yes. The knitted fabric provides four-way stretch for unrestricted movement.

Q: What is the benefit of the deep half zip?
A: It allows quick ventilation and easy temperature adjustment during activity.

Q: Does the sweater have thumb holes?
A: Yes. The elasticated cuffs include integrated thumb holes.

Q: Can I wear this as a mid layer?
A: Yes. It is designed to work beneath a waterproof outer jacket.

Q: What temperatures is the Beretta Glider Merino Half Zip Sweater suitable for?
A: 10°C and 20°C is the recommended temperature range.

Q: Who is this sweater designed for?
A: It is ideal for shooters and outdoor users needing a lightweight thermal layer.

Technical Specification