BENELLI 828U for Sale

Quick Look

The Benelli 828U is an Italian semi-automatic shotgun introduced in 2018 as a successor to the legacy Raffaello. It prioritizes advanced reliability and versatility through innovative engineering. Today, it holds a strong position among premium hunting and tactical shotguns.

Why It's a Top Choice

• Inertia-driven system ensures reliable cycling
• Modular stock adapts for hunting and tactical use
• Lightweight aluminum alloy receiver reduces fatigue
• Compatible with various choke tubes
• Ergonomic controls for quick follow-up shots

Key Variants

Benelli 828U Performance Shop

Enhanced for competitive shooting with premium finishes and adjustable features.

Benelli 828U Basic

Standard hunting model with balanced weight and reliable performance.

Competitor Comparison Table

Feature	Benelli 828U	Browning BPS	Beretta A400 Xplor Action
MSRP	$2,500–$3,200	$1,000–$1,200	$1,300–$1,600
Capacity/Size	3+1 or 4+1 shells, 12 gauge	5+1 shells, 12 gauge	3+1 shells, 12 gauge
Weight	7.3 lbs approx.	7.9 lbs	6.9 lbs
Optics-ready	Yes, picatinny rail	No	Yes, integrated rail
Trigger Type	Single selective trigger	Single trigger	Single selective trigger
Notable Pro	Lightweight, innovative bolt system	Robust pump-action reliability	Fast cycling, low recoil
Notable Con	Premium price point	Heavier than others	Less capacity

Best Use Cases

• Waterfowl and upland hunting
• Sporting clays and competition
• Tactical and defensive applications
• Range training for semi-auto shotgun handling
• Collector seeking innovative Italian shotguns

FAQs

Can I mount optics on the Benelli 828U?

Yes, the Benelli 828U features a Picatinny rail for mounting red dots or scopes, enhancing versatility for hunting and tactical uses.

What gauge is the Benelli 828U chambered in?

It is chambered in 12 gauge, suitable for most hunting and competitive shotgun loads.

How does the Benelli 828U differ from its predecessor?

The 828U uses a new inertia-driven system and modular design, improving reliability and customization over the Raffaello model.