Unleash the Power of Infrared Photography with Camera Modification

Table of Contents

1. Introduction
2. What is Full Spectrum Camera Modification?
3. Choosing the Right Camera for Infrared Photography
4. Different IR Filters Available
5. The IR Chrome Filter
6. Results of Using IR Chrome Filter
7. Capturing Landscapes with Infrared Photography
8. Infrared Photography for Architecture
9. Infrared Photography for Crowd Photography
10. Effects of Infrared on Water and Artificial Lighting
11. Limitations of Infrared Photography
12. Conclusion
13. Iceland Workshop and Infrared Photography
14. Supporters on Patreon
15. Intelligence used on Infrared Cameras

The Beauty of Infrared Photography and Full Spectrum Cameras

Infrared photography has been around for a long time and has been used for various applications including medical, military, and scientific research. However, the past few years have seen a revival of infrared photography among enthusiasts and professional photographers alike. The surreal and dreamlike effect that IR photography creates can make an image stand out from the rest.

What is Full Spectrum Camera Modification?

A full spectrum camera conversion is a modification where the camera internal IR curve filter is removed and replaced with a clear filter which makes the camera sensitive to UV, visible, and IR light. By limiting the camera's vision, appropriate filters can be placed in front of the sensor to achieve desired results.

It's important to note that camera modifications are difficult and risky and it's recommended to have a professional like Collary Vision do it for You.

Choosing the Right Camera for Infrared Photography

It's important to use the best camera you can for infrared photography, otherwise, the results can be discouraging. The Sony a7 3 is a good choice for a full spectrum camera.

Different IR Filters Available

There are various IR filters available and each produces different results. Some common IR filters include 590nm, 665nm, 720nm, and 830nm.

The IR Chrome Filter

The IR chrome filter is one of the most amazing filters on the market and allows for vibrant colors to be highlighted in infrared photography. By clipping the magnetic filter over your camera censor, there is no need for front lens filters.

Results of Using IR Chrome Filter

Infrared photography offers a new perspective when it comes to landscapes and architecture. Human skin will stay the same, but any dark Fabric will turn red, giving a unified look to crowds of people. Most animals will retain their original colors. The filter has the ability to turn any body of water into a bright teal, allowing for amazing color contrasts.

Capturing Landscapes with Infrared Photography

Infrared photography is a different way to look at the natural world and gives landscapes a surreal and dreamlike effect. Different results can be achieved when focusing on certain aspects of nature.

Infrared Photography for Architecture

Architecture looks spectacular in infrared photography as the building's color stays the same while the world around it has a very different rendering.

Infrared Photography for Crowd Photography

Infrared photography unifies crowds of people by making them all look like they are wearing the same uniform. It's a great way to get creative with portrait photography.

Effects of Infrared on Water and Artificial Lighting

Artificial lighting, like yellow lights, will turn green when captured in infrared photography. Any body of water will turn a bright teal.

Limitations of Infrared Photography

One limitation of infrared photography is the possibility of infrared overdose, where images shot in places with a lot of plants and dense forests reflect infrared rays so densely that the image can look fully red.

Conclusion

Infrared photography with full spectrum cameras allows for a new and unique way to capture images. It's important to consider the limitations of infrared photography when shooting.

Iceland Workshop and Infrared Photography

Infrared photography will be a part of different experiments during the Iceland workshop next year. There will be room for 15 photographers to capture the northern lights and experiment with weird techniques and cameras.

Supporters on Patreon

A huge shoutout is given to supporters on Patreon for helping Create the videos that are made.

Intelligence used on Infrared Cameras

To learn more about the intelligence used on infrared cameras, check out this video.

Highlights

• Digital infrared photography creates surreal and dreamlike effects.
• Full spectrum camera modification replaces the internal IR curve filter with a clear filter to allow sensitivity to UV, visible, and IR light.
• The Sony a7 3 is a good choice for a full spectrum camera.
• IR filters are available at different wavelengths.
• IR chrome filter is among the most amazing filters in the market.
• Crowds of people in infrared photography appear to be wearing the same uniform.
• Artificial yellow lighting turns green when captured in infrared photography.
• Limitations for infrared photography include possible infrared overdose in areas dense in plants.
• Infrared photography will be a part of the Iceland photography workshop next year.

FAQ

Q: What is full spectrum camera conversion? A: Full spectrum camera conversion is a camera modification where the camera internal IR curve filter is removed and replaced with a clear filter which makes the camera sensitive to UV, visible, and IR light.

Q: Is it difficult to modify a camera for full spectrum photography? A: It is recommended to have a professional modify the camera, as it is a difficult and risky process.

Q: Why is the Sony a7 3 a good choice for full spectrum photography? A: The Sony a7 3 is a good choice for full spectrum photography as it is a good camera and has a full-frame sensor.

Q: What is the IR chrome filter? A: The IR chrome filter is one of the most amazing filters on the market and allows for vibrant colors to be highlighted in infrared photography.

Q: What is the limitation of infrared photography? A: One limitation of infrared photography is the possibility of infrared overdose in areas dense in plants.