Rix STORM S3R Thermal Scope (384px, LRF)
Rix STORM S3R Thermal Scope (384px, LRF)
Rix STORM S3R Thermal Scope (384px, LRF)
Rix STORM S3R Thermal Scope (384px, LRF)
Rix STORM S3R Thermal Scope (384px, LRF)

Rix STORM S3R Thermal Scope (384px, LRF)

Sale price$2,699.00
Fast local dispatch
Usually ships in 1–2 business days
Australian owned
Field-tested in real conditions
Trusted by hunters & land managers
4.88 ★ from 50+ reviews
0407 960 711

Built for real Australian night hunting and pest control, the Rix STORM S3R delivers reliable thermal performance with a 384 sensor, integrated rangefinder and ballistic support. Designed for pigs, foxes and deer, it provides strong detection and extended magnification for hunters focused on mid to longer-range shooting.

Browse our full thermal scope range to compare options →

Why Choose the Rix STORM S3R?

• 384×288 thermal sensor for reliable detection and identification
• Built-in laser rangefinder (LRF) for accurate distance measurement
• Ballistic calculator support for improved shot placement
• 3.5x base magnification with 1–4x digital zoom
• Detection range out to approximately 1800m
• Ideal for mid to long-range pig, fox and deer hunting

Longer Range Thermal Performance

The STORM S3R is built around a 384×288 thermal sensor with <25mK sensitivity, delivering stable detection and clear thermal imaging in real hunting conditions. Combined with higher base magnification, it allows better identification of animals at distance compared to lower magnification models.

Rangefinder & Ballistic Capability

The integrated laser rangefinder provides accurate distance readings out to around 1200m, allowing confident decision-making in the field. Paired with ballistic support, the system helps improve shot placement and consistency at longer ranges.

Higher Magnification for Distance

With a 3.5x base magnification, the S3R is better suited to longer-range detection and shooting compared to wide-angle scopes. It allows you to focus on distant targets more clearly while still maintaining usable digital zoom when needed.

Clear & Stable Viewing

A 1024×768 AOLED display provides a sharp and stable image, allowing clear target identification and improved tracking. The 50Hz refresh rate ensures smooth viewing when scanning or following moving animals.

Built for Real Hunting Conditions

The STORM S3R is lightweight at around 1lb and built for practical use in the field. With IP67 weather protection, recoil resistance and a replaceable 18650 battery system, it’s designed for reliable performance across a full night of hunting.

Key Specifications

• Sensor Resolution: 384 × 288
• Pixel Pitch: 12µm
• NETD: <25mK
• Objective Lens: 35mm
• Magnification: 3.5x optical + 1–4x digital zoom
• Field of View: 7.5° / 13.2 yd @100 yd
• Detection Range: ~1800m
• Rangefinder: Integrated LRF (~1200m)
• Display: 1024 × 768 AOLED
• Refresh Rate: 50Hz
• Storage: 32GB internal
• Video & Photo Recording: Yes
• Battery: 18650 system (~5hr runtime)
• Waterproof Rating: IP67
• Weight: ~1lb

What’s Included

• Rix STORM S3R Thermal Scope
• Mounting system
• Battery and charging components
• User manual

Not Sure If This Is the Right Thermal?

The STORM S3R is ideal if you want a thermal scope with rangefinder capability and higher base magnification for longer-range hunting. It suits hunters who prioritise distance and target identification over wide field of view.

Browse our full thermal scope range to compare options →

Why Hunters Choose Hunt’n Trap Gear

Dispatches in 1–2 days
Australian-owned & field tested
Trusted by hunters & land managers
Need help choosing? Call us on 0407 960 711
Shop Thermal & Night Vision Range →

The Rix STORM S3R thermal scope is an entry-level thermal option for hunters in Australia, featuring a 384 thermal sensor with integrated rangefinder and ballistic support. Designed for pig hunting, fox control and general night shooting, it provides reliable detection for paddocks, scrub and short to mid-range setups. The STORM S3R offers a practical and affordable way to get into thermal hunting without the cost of higher-end systems.