RICO 2 L42R – best-value entry into RICO 2

The L42R uses a 384×288 sensor with a 42mm F1.0 lens, ≤18mK sensitivity and 4–16× magnification. It is the lowest-cost route into the RICO 2 platform while retaining the integrated LRF, ballistic calculation and stepless zoom.

RICO 2 H50R – best all-rounder

The H50R steps up to a 640×512 sensor, improves thermal sensitivity to ≤15mK and pairs it with a versatile 50mm F1.0 lens. Its 3× base magnification and 15.4 × 11.5m field of view at 100m make it particularly useful across mixed ground.

RICO 2 H75R – long-range 640 model

The H75R retains the 640×512, ≤15mK sensor platform but moves to a much larger 75mm F1.0 objective lens. Base magnification rises to 4× and the field of view narrows to 10.2 × 8.2m at 100m.

RICO 2 S75R – flagship 1280 model

The S75R combines a second-generation 1280×1024 detector with a 75mm F1.0 lens, ≤15mK sensitivity and 3–30× magnification. Despite the large lens, the huge sensor allows a remarkably wide 20.5 × 16.4m field of view at 100m. :chatgpt-content-reference{index="2"}

NocPix's current specifications confirm the clear progression through the family: 384-resolution L42R, versatile 640 H50R, long-range 640 H75R and flagship 1280 S75R. :chatgpt-content-reference{index="3"}

The H50R is a substantial step up from the L42R rather than simply a larger-lens version.

A 640×512 detector contains nearly three times as many thermal pixels as a 384×288 detector. The H50R therefore retains noticeably more detail, particularly when magnification is increased.

It also improves thermal sensitivity and actually provides a wider field of view despite using the larger 50mm lens.

The H50R and H75R use the same 640×512, 12μm, ≤15mK, 60Hz sensor specification. The main difference is the objective lens and resulting magnification and field of view. :chatgpt-content-reference{index="4"}

The 75mm H75R gives distant targets greater native image scale, but the narrower view makes it more specialised.

The H75R and S75R both use a 75mm F1.0 objective lens, but their sensors are dramatically different.

The S75R has roughly four times as many native thermal pixels as the H75R. More unusually, the larger detector almost doubles the horizontal field of view while using exactly the same focal length.

This means the S75R combines the long-range image scale of a 75mm lens with a wide, usable 3× starting view that would normally require a much shorter objective.

Thermal resolution tells you how many individual temperature-sensitive pixels are available to create the thermal image.

384×288

Approximately 111,000 thermal pixels. This is the L42R specification and provides a strong balance of performance and cost.

640×512

Approximately 327,000 thermal pixels. Used by the H50R and H75R, it provides almost three times the native information of 384×288.

1280×1024

More than 1.3 million thermal pixels. The S75R therefore captures around four times as much native thermal information as the 640 models.

More resolution becomes particularly useful when looking at smaller or more distant targets or when applying digital magnification.

Objective focal length affects how large distant targets appear within the thermal image.

A longer lens generally gives greater native image scale, but also narrows the field of view unless it is paired with a physically larger detector.

42mm L42R

A strong middle-distance configuration and the most accessible RICO 2.

50mm H50R

A versatile compromise between target scale and field of view.

75mm H75R

More specialised towards long-distance observation, with greater native image scale but a narrower view.

75mm S75R

The same long focal length but paired with a much larger 1280 detector, allowing the scope to retain an unusually wide field of view.

RICO 2 uses a dedicated physical zoom lever that allows digital magnification to be changed progressively rather than jumping only between fixed preset values.

This makes it easier to remain at low magnification while searching and then increase image scale smoothly once a heat source has been located.

NocPix specifically lists stepless zoom as one of the defining features of the RICO 2 platform. :chatgpt-content-reference{index="5"}

For active field use, the benefit is less about the headline magnification number and more about being able to change zoom quickly and naturally without navigating menus.

The RICO 2 family combines an integrated laser rangefinder with onboard ballistic calculation.

The rangefinder provides direct distance measurement through the thermal scope, which is particularly valuable at night because normal visual landmarks become much harder to use for range estimation.

Once a suitable ballistic profile has been configured, the measured distance can be incorporated into the calculated aiming solution.

The S75R is unusual because its very large 1280×1024 detector fundamentally changes what can be achieved with a 75mm thermal lens.

Normally, increasing focal length gives more target scale but substantially narrows the visible scene. That is exactly what happens when comparing the H50R with the H75R.

However, the S75R's much larger detector captures a substantially wider section of the image circle. As a result, it provides a 20.5m horizontal field of view at 100m through a 75mm lens, compared with just 10.2m on the H75R. :chatgpt-content-reference{index="6"}

That is why the S75R should not be viewed simply as “a sharper H75R”. It combines greater resolution, wider field of view and the same 75mm focal length in one system.

NETD measures the thermal detector's ability to distinguish very small differences in temperature.

Lower values indicate greater thermal sensitivity.

The H50R, H75R and S75R are rated at ≤15mK, while the L42R is rated at ≤18mK. :chatgpt-content-reference{index="7"}

Strong thermal sensitivity becomes particularly useful in low-contrast conditions such as damp weather, fog, mild nights or overcast conditions where the temperature difference between an animal and its surroundings may be relatively small.

All current RICO 2 models operate at 60Hz. :chatgpt-content-reference{index="8"}

A 60Hz refresh rate means the displayed thermal image updates up to 60 times per second.

This helps motion appear smooth when scanning quickly, following an animal or repositioning the rifle.

It is particularly notable on the flagship S75R because it maintains 60Hz operation while processing a much larger 1280×1024 thermal image.

RICO 2 and ACE 2 are both premium NocPix thermal riflescope families, but they approach the job differently.

Choose RICO 2 if:

• You want a purpose-built compact thermal-scope body
• You like the dedicated stepless zoom lever
• You want large 50mm or 75mm objective options
• You are particularly interested in longer-range thermal use
• You want the 1280×1024 S75R flagship option

Choose ACE 2 if:

• You prefer a more conventional riflescope-style 30mm tube
• You want familiar scope-ring mounting
• You want the latest ACE 2 Ocular Zoom 2.0 system
• You prefer the ergonomics of a traditional riflescope format

BOLT is positioned as the more accessible dedicated thermal riflescope family, while RICO 2 moves into a more premium long-range category.

BOLT uses a traditional riflescope-style layout and offers 256×192, 384×288 and 640×512 models.

RICO 2 starts at 384×288, moves through 640×512 and extends all the way to a 1280×1024 flagship model, while also incorporating the distinctive stepless zoom lever and larger objective-lens options.

General pest control and keeping cost sensible

The L42R gives you the RICO 2 platform at the lowest price.

Mixed farmland and changing distances

The H50R is the strongest all-round choice. Its 3× base magnification and wide 15.4m horizontal field of view make it easier to search ground while still providing 640-resolution detail.

Large fields and predominantly longer distances

The H75R makes sense where distant targets are the priority and a narrower field of view is acceptable.

Maximum performance with no major compromise

The S75R is the flagship choice, combining 1280-resolution detail, a 75mm lens and a surprisingly wide field of view.

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

The warranty applies subject to NocPix's full terms and conditions. Please retain your Bamfords Online invoice as proof of purchase.

If a potential warranty fault develops with your RICO 2, contact Bamfords Online and we can assist with the warranty process.

Which RICO 2 is best?

The S75R is the flagship model. It uses a 1280×1024 sensor, 75mm F1.0 lens and provides a very wide 20.5 × 16.4m field of view at 100m.

Which RICO 2 is best value?

The L42R is the least expensive model, while the H50R is arguably the strongest overall balance of price, 640-resolution image quality and field of view.

Which RICO 2 is best for long range?

The H75R is the specialist long-range 640 model. The S75R sits above it and combines a 75mm lens with a much larger 1280×1024 sensor.

What is the difference between H50R and H75R?

They use the same 640×512, ≤15mK, 60Hz sensor specification. The H50R uses a 50mm lens and wider field of view, while the H75R uses a 75mm lens for greater native target scale at distance.

What is the difference between H75R and S75R?

The H75R uses a 640×512 detector while the S75R uses a 1280×1024 detector. Both use a 75mm F1.0 lens, but the S75R provides around four times the native thermal pixel count and almost twice the horizontal field of view.

Do all RICO 2 models have an LRF?

Yes. Integrated laser rangefinding is a core feature of the current RICO 2 family. :chatgpt-content-reference{index="9"}

Do RICO 2 scopes have ballistic calculation?

Yes. Ballistic calculation is included across the current RICO 2 range. :chatgpt-content-reference{index="10"}

Do all RICO 2 models run at 60Hz?

Yes. NocPix lists all four current models at 60Hz. :chatgpt-content-reference{index="11"}

What is stepless zoom?

It allows magnification to be adjusted smoothly using the dedicated zoom lever rather than only switching between fixed digital magnification steps.

Is 1280×1024 much better than 640×512?

A 1280×1024 sensor contains approximately four times as many thermal pixels as a 640×512 sensor. That provides significantly more native image information and can retain far more detail under magnification.

Why does the S75R have a wider field of view than the H75R?

Both use a 75mm lens, but the S75R uses a much larger 1280×1024 detector. The larger sensor captures a wider portion of the scene through the same focal length.

What warranty does NocPix RICO 2 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 warranty conditions.