NocPix RICO2 H75R Thermal Imaging Scope with LRF

The H75R uses a 640×512 thermal detector with a fine 12μm pixel pitch. This provides approximately 327,000 individual thermal pixels, giving considerably more native image information than a 384×288 detector.

Sensor resolution is particularly important in a long-range thermal optic because distant targets occupy a relatively small portion of the detector. More native pixels help maintain target shape and environmental detail before digital magnification is applied.

The detector is also rated at ≤15mK NETD. NETD measures the ability of the sensor to distinguish very small differences in temperature; lower figures indicate greater thermal sensitivity.

This is especially useful during mild, wet, misty or overcast conditions where animals and the surrounding terrain may have relatively similar surface temperatures.

The defining feature of the H75R is its large 75mm F1.0 germanium objective lens.

Compared with the 50mm H50R, the longer focal length increases native target scale. A distant animal therefore occupies a greater proportion of the displayed thermal image before any digital magnification is applied.

The trade-off is a narrower field of view. This is why the H75R is better suited to open ground and longer working distances rather than close woodland or situations where wide-area scanning is the main priority.

The RICO 2 H75R starts at 4× magnification and provides digital magnification up to 32×.

The higher 4× base magnification complements the 75mm objective and makes the H75R particularly effective where targets are commonly observed at greater distances.

RICO 2 incorporates a dedicated stepless zoom lever, allowing magnification to be adjusted progressively rather than relying solely on fixed digital steps.

This means the user can remain at lower magnification while searching or following movement and then smoothly increase magnification when greater image scale is required.

The H75R provides an angular field of view of 5.9° × 4.7°, equivalent to approximately 10.2 × 8.2 metres at 100 metres. NocPix's manual lists essentially the same linear figure at 10.3 × 8.2m. :chatgpt-content-reference{index="2"}

This is noticeably narrower than the H50R's 15.4 × 11.5m view at the same distance.

That narrower view is intentional. The H75R sacrifices some surrounding scene awareness in exchange for greater native image scale and a more focused view of distant ground.

For open farmland and long-range observation this can be an advantage. For woodland, tight ground or frequent close-range scanning, the H50R is usually easier to use.

NocPix specifies a maximum detection range of 3,896 metres for the H75R using its defined 1.7 × 0.5 metre target criteria. :chatgpt-content-reference{index="3"}

This is a thermal detection figure and should not be interpreted as positive identification distance.

There are three useful concepts to distinguish:

• Detection – establishing that a heat source is present
• Recognition – determining the general type or shape of the target
• Identification – obtaining enough detail to establish exactly what the target is

Positive identification therefore occurs at a much shorter distance than the maximum detection figure.

Real-world performance also varies with target size, temperature contrast, humidity, weather and surrounding terrain.

The RICO 2 platform incorporates its laser rangefinder directly into the thermal riflescope.

NocPix states ranging capability out to 1,200 metres and describes the design as being aligned with the true optical axis for precise distance measurement. :chatgpt-content-reference{index="4"}

Accurate ranging is especially valuable at night because the lack of normal visual landmarks makes judging distance significantly more difficult.

The integrated design means the shooter can detect, observe and range through the same device without reaching for a separate handheld rangefinder.

The H75R combines its integrated laser rangefinder with onboard ballistic calculation.

Once the appropriate ballistic information has been configured, measured target distance can be used by the scope to calculate an aiming solution.

This is particularly relevant to the H75R because it is designed around longer-distance use, where estimating distance accurately becomes increasingly important.

Ballistic calculation remains an aiming aid. Correct rifle zero, verified ammunition data and safe target identification must always take priority.

The H75R uses a high-resolution 2560×2560 AMOLED viewing display according to NocPix's RICO 2 documentation. :chatgpt-content-reference{index="5"}

The high display resolution helps the eyepiece reproduce the available thermal detail cleanly and gives the interface and thermal scene a refined appearance.

AMOLED technology also provides strong contrast and deep blacks, both of which suit thermal imagery particularly well.

A high-resolution display does not create additional thermal detector resolution, but it allows the information captured by the sensor and processing system to be presented clearly to the user.

The H75R operates at a smooth 60Hz frame rate.

This means the thermal image refreshes up to 60 times per second, helping movement appear fluid when scanning, following a moving animal or repositioning the rifle.

The entire current RICO 2 family operates at 60Hz, including the flagship 1280×1024 S75R. :chatgpt-content-reference{index="6"}

NocPix's RICO 2 manual specifies 60mm eye relief and a 23mm exit pupil for the H75R. :chatgpt-content-reference{index="7"}

Eye Relief	60mm
Exit Pupil	23mm
Dioptre Adjustment	-5 to +5D

The large exit pupil helps make eye position more forgiving, while the generous eye-relief distance is designed to provide a comfortable view during extended use.

The RICO 2 H75R uses NocPix's replaceable rechargeable battery-pack system rather than relying solely on a sealed internal battery.

Current H75R package information lists rechargeable IBP-5 battery packs and magnetic charging support. Market-specific bundles can vary, so the exact UK package contents should always be confirmed against the stock supplied by the distributor.

Runtime varies according to ambient temperature and use of power-intensive functions such as laser ranging, Wi-Fi and recording.

The replaceable-battery arrangement is particularly useful for longer sessions because a charged spare battery can be carried and exchanged in the field rather than waiting for the entire optic to recharge.

The RICO 2 H75R supports onboard thermal photography and video recording, allowing observations and shooting footage to be captured through the scope.

Recoil Activated Video is also supported, helping automatically preserve footage around a detected shot.

Wireless and USB connectivity allow compatible media and device functions to be accessed through supported NocPix software and hardware connections.

These digital functions consume additional power, so extended Wi-Fi or recording use can reduce practical battery runtime.

The RICO 2 H75R is a dedicated thermal riflescope using a purpose-designed mounting arrangement rather than a conventional round 30mm scope tube.

Current RICO 2 H75R specifications list a dedicated Picatinny mounting system, with quick-detach mounting supplied in some market packages.

If the rifle uses an 11mm dovetail rail rather than Picatinny, a suitable dovetail-to-Picatinny adaptor will be required.

Always confirm the rail type, eye position and mounting compatibility before installation, and recheck zero after any mounting change.

The H50R and H75R share exactly the same core sensor specification: 640×512 resolution, 12μm pixel pitch, ≤15mK thermal sensitivity and a 60Hz refresh rate.

The real difference is the objective lens and resulting magnification and field of view.

Sensor	Both 640×512, 12μm
NETD	Both ≤15mK
Frame Rate	Both 60Hz
H50R Lens	50mm F1.0
H75R Lens	75mm F1.0
H50R Magnification	3–24×
H75R Magnification	4–32×
H50R FOV @100m	15.4 × 11.5m
H75R FOV @100m	10.2 × 8.2m

The H75R and S75R both use a 75mm F1.0 objective lens, but their thermal detectors are fundamentally different.

H75R Sensor	640×512, 12μm
S75R Sensor	1280×1024, 12μm
NETD	Both ≤15mK
Frame Rate	Both 60Hz
Lens	Both 75mm F1.0
H75R Magnification	4–32×
S75R Magnification	3–30×
H75R FOV @100m	10.2 × 8.2m
S75R FOV @100m	20.5 × 16.4m

The S75R's 1280×1024 detector contains approximately four times as many thermal pixels as the H75R's 640×512 sensor.

The larger physical sensor also allows the S75R to provide a dramatically wider field of view through the same 75mm focal length.

The H75R is aimed at users who regularly observe or shoot across larger fields and open terrain and want more native image scale than the H50R provides.

It is particularly well suited to:

• Long-distance thermal observation
• Large fields and open farmland
• Users who want 640×512 image quality with a 75mm lens
• Situations where distant targets need to appear larger at base magnification
• Customers who regularly use higher magnification
• Users wanting integrated ranging and ballistic calculation

If wider field of view and more flexible mixed-distance use matter more, choose the H50R. If maximum native detail is the priority and budget allows, the S75R is the flagship step up.

Model	NocPix RICO 2 H75R
Device Type	Thermal imaging riflescope with integrated LRF
Detector Type	VOx thermal detector
Sensor Resolution	640×512
Pixel Pitch	12μm
NETD	≤15mK
Frame Rate	60Hz
Objective Lens	75mm F1.0
Angular Field of View	5.9° × 4.7°
Linear FOV @100m	Approximately 10.2 × 8.2m
Magnification	4–32×
Eye Relief	60mm
Exit Pupil	23mm
Dioptre Adjustment	-5 to +5D
Detection Range	Up to approximately 3,896m
Display Type	AMOLED
Display Resolution	2560×2560
Laser Rangefinder	Integrated
LRF Range	Up to approximately 1,200m
Ballistic Calculation	Yes
Zoom Control	Stepless zoom lever
Mounting	Dedicated Picatinny mounting system

The RICO 2 H75R is supplied with the thermal riflescope and the power, charging, mounting and maintenance accessories required for normal setup and operation.

Current RICO 2 H75R package information includes:

• NocPix RICO 2 H75R Thermal Imaging Scope with LRF
• Protective objective lens cap
• Rubber eyeguard
• Picatinny mounting system
• Mounting screws and installation tool
• Rechargeable battery pack / packs
• Battery charging equipment
• Magnetic charging cable
• USB-C cable
• Protective carrying case
• Lens-cleaning cloth
• Product documentation

Exact accessory contents can vary by market or production batch. If a specific accessory is essential to your setup, contact Bamfords Online before ordering and we can confirm the contents of the current UK stock.

NocPix applies separate warranty periods to the main thermal device, rechargeable batteries and thermal detector.

Main Device	3 years
Rechargeable Battery / Batteries	2 years
Thermal Detector	10 years

For qualifying products purchased through an authorised dealer, the warranty period begins from the purchase date shown on the original invoice.

The manufacturer's warranty applies to qualifying manufacturing, material or production defects arising under normal use during the applicable warranty period.

Damage caused by misuse, accidental damage, improper storage, unauthorised modification or repair, unsuitable power sources or other circumstances excluded by the manufacturer's terms is not normally covered.

Please retain your Bamfords Online invoice as proof of purchase. If a potential warranty fault develops, contact Bamfords Online and we can assist with the warranty process.

What resolution is the NocPix RICO 2 H75R?

It uses a 640×512 thermal detector with a 12μm pixel pitch.

What is the NETD of the H75R?

The thermal sensitivity is rated at ≤15mK.

What lens does the H75R use?

It uses a large 75mm F1.0 germanium objective lens.

What magnification does it have?

The RICO 2 H75R provides 4–32× magnification.

What is the H75R field of view?

It provides a 5.9° × 4.7° field of view, equivalent to approximately 10.2 × 8.2 metres at 100 metres.

How far can the H75R detect?

NocPix specifies a detection range of approximately 3,896 metres using its stated test criteria. This is a detection figure rather than positive identification range.

Does the RICO 2 H75R have an integrated rangefinder?

Yes. It incorporates an LRF with a manufacturer-stated ranging distance of up to approximately 1,200 metres.

Does it have ballistic calculation?

Yes. The H75R combines its integrated LRF with onboard ballistic calculation.

What is the difference between H50R and H75R?

Both use a 640×512, ≤15mK, 60Hz thermal detector. The H50R uses a 50mm lens and 3× base magnification, while the H75R uses a 75mm lens and 4× base magnification. The H75R provides greater native target scale but a narrower field of view.

Is the S75R better than the H75R?

The S75R is the flagship model and upgrades from 640×512 to 1280×1024 resolution while retaining a 75mm F1.0 lens. It provides substantially more native thermal detail and a much wider field of view, but at a considerably higher price.

Does the H75R have a stepless zoom lever?

Yes. RICO 2 uses a dedicated stepless zoom lever for rapid and progressive magnification adjustment.

What display does the H75R use?

NocPix specifies a 2560×2560 AMOLED display.

What eye relief does the H75R have?

NocPix's RICO 2 manual specifies 60mm eye relief with a 23mm exit pupil.

Is the H75R suitable for shorter-range shooting?

It can be used at shorter distances, but its 4× base magnification and relatively narrow field of view are optimised more towards open ground and longer-distance use. The H50R is generally the more versatile choice for mixed-distance shooting.

What warranty does the RICO 2 H75R have?

NocPix's standard warranty provides 3 years for the main device, 2 years for rechargeable batteries and 10 years for the thermal detector, subject to the manufacturer's full warranty conditions.