How to Shoot Infrared Photography with the Air Jordan 7 ‘Infrared’ Colorway

Shooting the Air Jordan 7 ‘Infrared’ sneaker with infrared photography creates ethereal, otherworldly images that transform the iconic colorway into something collectors and product photographers haven’t seen before. The technique requires a full-spectrum or infrared-converted camera, an infrared-pass filter (typically 720nm or 850nm), and careful attention to light sources since infrared responds dramatically differently than visible light to materials and heat signatures.

The creative payoff is substantial. Standard product photography of the Infrared 7s captures the classic black nubuck and infrared accents as our eyes see them, but infrared photography reveals hidden texture in the materials, creates high-contrast tonal shifts, and produces an almost X-ray-like quality that makes the sneaker appear to glow from within. The infrared synthetic overlays can appear lighter or darker depending on your filter choice and white balance settings, while the black nubuck base often reads as unexpectedly bright in the infrared spectrum.

This isn’t a five-minute smartphone trick. You’ll need specialized equipment and a methodical workflow that includes testing your setup, adjusting exposure times (infrared photography typically requires longer shutter speeds), and fine-tuning post-processing to achieve the signature look. The learning curve is moderate, but photographers who’ve worked with manual camera settings and understand how light meters can mislead in infrared conditions will adapt quickly. Expect to spend your first session experimenting with angles and light positioning before landing on results worth sharing.

What You’ll Need: Infrared Photography Gear and Setup

Shooting the Air Jordan 7 ‘Infrared’ in infrared isn’t just about pointing your camera and firing. You need specific gear that can capture light beyond what your eyes can see, and choosing the right setup will determine whether you get stunning, otherworldly images or just muddy, unfocused disappointments.

The most critical decision is whether to use a converted camera or work with infrared filters on an unconverted body. A full-spectrum or infrared-converted camera has its internal IR-blocking filter permanently removed, allowing infrared light to hit the sensor freely. This setup lets you shoot handheld with normal shutter speeds and see the IR effect in real time through your viewfinder. Conversion costs typically run $300 to $500 through specialized services, and you’ll want to choose a conversion wavelength (usually 590nm, 665nm, 720nm, or 850nm) based on the look you’re after. For the Infrared 7s specifically, a 720nm conversion gives you that classic white foliage effect while rendering the sneaker’s infrared accents with strong tonal contrast.

If you’re not ready to permanently modify a camera, external screw-on IR filters offer a more flexible alternative. These filters block visible light while passing infrared wavelengths, but they force you into long exposures since your camera’s IR-blocking filter still sits over the sensor, cutting down the light that gets through. Popular options include the Hoya R72 (equivalent to 720nm) and deeper options like 850nm or 950nm filters that push further into the infrared spectrum. The deeper you go, the more surreal and high-contrast your results become, though exposure times lengthen significantly.

Here’s what you’ll need for a complete infrared setup to photograph the Infrared 7s:

• Digital camera (DSLR or mirrorless), either IR-converted or capable of detecting some infrared light
• Infrared filter (720nm or 850nm screw-on filter if using an unconverted camera)
• Sturdy tripod, absolutely essential for the multi-second exposures required with external filters
• Macro lens (50mm, 90mm, or 100mm focal length) for capturing fine details like leather texture and stitching
• Remote shutter release or cable release to eliminate camera shake during long exposures
• LED continuous lighting or natural window light, avoid tungsten bulbs which emit excessive infrared and cause unpredictable results
• Gray card for custom white balance
• Black or white backdrop that photographs well in infrared

For lenses, macro photography glass is ideal for sneaker work. True macro lenses give you 1:1 reproduction ratios, letting you fill the frame with the Infrared 7’s distinctive design elements like the pull tab, heel counter, or the geometric patterns on the midsole. If you don’t own a dedicated macro lens, extension tubes or close-up filters can turn your existing lenses into capable close-focusing tools, though a zoom lens macro workaround sacrifices some sharpness.

Lighting deserves special attention. Infrared renders materials unpredictably, so the shoe’s synthetic leather, rubber, and textile components will each reflect IR light differently than they appear in visible light. Controlled, diffused LED lighting gives you consistency, while harsh direct light creates hot spots that blow out detail in post-processing.

Understanding Your Camera’s Infrared Capabilities

Digital cameras can “see” more of the light spectrum than human eyes. Every camera sensor is inherently sensitive to infrared light, but manufacturers install an infrared-blocking filter (called a hot mirror) in front of the sensor during production. This filter keeps IR light from interfering with normal color photography. The strength of this blocking varies between camera models, some filter almost all infrared light, while others let a small amount through.

Testing Your Camera’s IR Sensitivity

Before investing in conversion or specialized equipment, run a simple remote control test. Point any TV or electronics remote at your camera lens while viewing through live view or the viewfinder. Press a button on the remote. If you see a white or purple glow from the remote’s LED, your camera detects some infrared light. A bright, clear glow suggests decent IR sensitivity; a faint or invisible glow means heavy IR filtering.

External Filters vs. Full-Spectrum Conversion

Using an external infrared filter (like a 720nm screw-on filter) blocks visible light while allowing IR through to the sensor. This approach works with any camera but requires extremely long exposures, often 30 seconds or more in daylight, because most IR light still gets blocked by that internal hot mirror. You’ll need a sturdy tripod, and forget about handheld shots.

Full-spectrum conversion removes the hot mirror entirely, replacing it with clear glass. This transforms your camera into an infrared powerhouse with normal shutter speeds when paired with an external IR filter. The downside? Conversion costs $250, $400 per camera body, and that camera becomes dedicated to IR work. You can’t shoot regular photography with it anymore without using visible-light filters and dealing with focus shifts.

For photographing the Infrared 7s, an unconverted camera works fine since sneakers don’t move. Patient shooters can absolutely achieve stunning results with external filters and longer exposures.

Safety Precautions and Equipment Care

Infrared photography demands longer shutter speeds than standard shooting, which means your camera sensor works harder and generates more heat during extended sessions. This heat buildup can stress the sensor and internal components, particularly when shooting multiple exposures in quick succession or working in warm environments. Allow your camera to rest between lengthy shooting sessions, and avoid running continuous test shots for extended periods without breaks.

When working with converted cameras, remember that the protective UV/IR filter normally covering the sensor has been removed or replaced. Handle these cameras with extra care during lens changes, keeping the body cap on whenever a lens isn’t attached. Work in clean environments when swapping optics, and always point the camera body downward during changes to prevent dust from settling on the exposed sensor.

Studio lighting and continuous LED lights often emit significant infrared radiation that you can’t see but your camera captures. This invisible light can cause unexpected exposure issues and hot spots in your images. Test your lighting setup before the actual shoot, and consider using lights specifically designed to minimize IR output if you’re working with unconverted cameras and external filters. The techniques you develop here translate well to night infrared photography where managing light sources becomes even more critical.

Handle the Infrared 7s themselves with clean hands or cotton gloves to avoid leaving oils or fingerprints on the nubuck and leather surfaces. These marks become more visible under certain infrared wavelengths and may require additional post-processing to remove.

Step-by-Step: Shooting the Infrared 7s in Infrared

Preparing Your Camera and Filter

Start by securely attaching your infrared filter to the lens, making sure it’s seated properly to prevent light leaks. A 720nm filter works well for sneaker photography because it creates strong contrast between materials while maintaining some color information. Thread it on gently, forcing a misaligned filter can damage your lens threads.

Switch your camera to manual mode. You’ll need complete control since autofocus and auto-exposure don’t function reliably through IR filters. Set your ISO between 400 and 800 to start. Higher ISOs compensate for the light reduction caused by the filter, but going too high introduces noise that degrades detail shots of the Infrared 7’s texture.

White balance requires a custom preset for infrared photography. Point your camera at green foliage or grass, take a test shot, then use that image to set a custom white balance in your camera’s menu. This gives you a working baseline. If you skip this step, your images will display an overwhelming red cast that’s difficult to correct later.

For aperture, start around f/8. This provides adequate depth of field to keep the entire sneaker sharp while managing the focus shift that occurs with infrared light. Most lenses focus infrared wavelengths slightly differently than visible light, and f/8 helps mitigate this issue.

Finally, enable live view and switch to manual focus. You’ll need to focus through live view because your optical viewfinder shows visible light, not infrared.

Positioning and Composing Your Shot

Position your Infrared 7s to emphasize the contrast between the infrared accents and the shoe’s black leather base. Place the sneaker at a slight three-quarter angle rather than straight-on, which reveals both the side panel and the heel tab where the distinctive infrared branding sits. Elevate the shoe on a simple platform or box to create clean separation from the background and allow light to wrap around it naturally.

Background selection matters enormously in infrared photography. Foliage photographs as bright white in IR, creating dramatic contrast, but for product shots you’ll likely want something more controlled. Dark, matte fabrics like black velvet absorb infrared light beautifully, making the infrared elements pop without competition. Concrete, brick, and natural wood also translate interestingly in IR, offering texture without overwhelming the subject. Test your background first, materials that look neutral to your eye might reflect IR unexpectedly.

Compose with the infrared design elements as your focal points. Frame to draw the viewer’s eye toward the infrared accents on the midsole, heel, and tongue. Using off-camera flash positioned at a 45-degree angle adds dimension and prevents flat lighting that dulls the infrared effect. Leave negative space around the shoe rather than filling the frame edge-to-edge, this gives the dramatic IR look room to breathe and prevents visual clutter from competing with the sneaker’s iconic colorway.

Exposure and Focusing Techniques

Infrared filters block most visible light, forcing your camera to work harder and requiring significantly longer exposures than standard photography. What might be 1/125th of a second in visible light could stretch to several seconds with an IR filter attached. Lock your ISO at 100 or 200 to minimize noise during these extended exposures, and expect shutter speeds between 2 and 30 seconds depending on your lighting conditions and filter density.

Autofocus will fail with infrared filters because the camera’s AF system relies on visible light wavelengths. Switch to live view and use manual focus, zooming in digitally on the Infrared 7s’ texture or lace details to confirm critical sharpness. The focus point shifts slightly in infrared compared to visible light, a phenomenon called IR focus shift, so what appears sharp in live view may need micro-adjustments. Take a test shot and review at 100% magnification on your LCD.

Bracket your exposures by shooting the same composition at -1, 0, and +1 exposure compensation. Infrared light behaves unpredictably with different materials, and the Infrared 7s’ combination of leather, nubuck, and that distinctive infrared accent may reflect IR wavelengths inconsistently. Bracketing ensures you capture at least one frame with proper exposure across all elements of the shoe.

Capturing the Shot

With everything set, you’re ready to capture. Before pressing the shutter, do a final sweep: confirm your filter is secure, verify your exposure settings haven’t drifted, and check that your focus point still lands on the infrared accents you want sharp.

Use a two-second self-timer or a wired remote release. Even the gentlest finger press can introduce vibration during these multi-second exposures, blurring details that should pop. If you’re working without a remote, the self-timer built into your camera works perfectly, just allow an extra second after triggering for any residual shake to settle.

Fire off at least three shots from each angle. Infrared captures can surprise you with subtle shifts in tone or unexpected hotspots that only become obvious when comparing frames side by side. Don’t move the camera yet.

Now reposition. Shoot the Infrared 7s from a three-quarter view, then straight-on, then from above. Each angle reveals different textures under infrared light. The tongue, the heel tab, the side panels, they all respond differently. Variety gives you options when you review your captures later and ensures you walk away with at least one killer shot.

Verifying Your Results and Post-Processing Next Steps

Start your verification process immediately after capture by chimping your images on the camera’s LCD screen. Zoom in to 100% and check critical areas where the infrared accents meet the black nubuck sections of the Infrared 7s. You’re looking for sharp focus on these key design elements and proper separation between the glowing IR-reactive portions and the darker materials. If your camera shows a histogram, examine it for clipping in any channel. Infrared captures often display oddly on the LCD with heavy red or magenta color casts, which is completely normal at this stage.

Once you transfer files to your computer, open them in editing software that supports RAW processing. Lightroom, Capture One, and Photoshop all work well for infrared refinement. Your first review should focus on technical issues. Hot spots appear as blown-out white areas, typically on reflective surfaces or where infrared light concentrated too intensely. Check the plastic components and lace tips on the Infrared 7s particularly carefully. Color casts will be extreme, usually deep reds or magentas, because your camera’s sensor records infrared light in ways it wasn’t originally designed to handle.

The channel-swapping technique transforms your raw infrared captures into that signature look. In Photoshop, navigate to Image, Adjustments, Channel Mixer. Select the Red output channel and set Red to 0% and Blue to 100%. Then switch to the Blue output channel and set Blue to 0% and Red to 100%. This exchange flips the color information and suddenly your image shifts from magenta-heavy to a more natural infrared rendering with bright whites where the infrared design elements sit and deeper, richer tones in the darker materials.

After channel swapping, convert to grayscale or push further into creative color grading. Many photographers prefer a black and white post for infrared sneaker shots because it emphasizes the tonal contrast between glowing infrared sections and matte surfaces. Adjust your curves to deepen blacks in the nubuck while keeping the infrared accents luminous. Fine-tune local adjustments with dodge and burn tools to guide the viewer’s eye toward the iconic infrared design details that make these Jordan 7s instantly recognizable.

Frequently Asked Questions

Shooting sneakers in infrared raises specific questions that differ from standard product photography. Here’s what photographers commonly want to know when attempting these techniques with the Infrared 7s.

Another frequent concern involves autofocus failures when the infrared filter blocks visible light. Switch to manual focus and use live view at maximum magnification, focusing on high-contrast edges of the sneaker. The focus shift that occurs between visible and infrared wavelengths means you can’t focus first and then attach the filter, you must focus with the filter already in place.

Many beginners also wonder about exposure times. When starting with an unconverted camera and external filter, expect exposures between 15 and 60 seconds depending on lighting conditions and filter density. This makes any movement impossible, so ensure your sneaker setup is completely stable. Even air currents from HVAC systems can blur details during long exposures, so shoot in a still environment or briefly turn off ventilation.

Combining infrared photography with the Air Jordan 7 ‘Infrared’ creates a unique fusion of technical photography skills and sneaker culture. You’ve learned how to capture these iconic shoes in a way that transforms their design elements into something unexpected and visually striking. The techniques you’ve practiced, from camera setup through exposure management, translate directly to other product photography scenarios where you want dramatic, otherworldly results.

Don’t limit yourself to sneakers. Try shooting watches, electronics, textured fabrics, or architectural details using the same infrared approach. Each subject reveals different characteristics under IR light, and you’ll discover which materials and colors produce the most compelling results. Experiment with different filter wavelengths: a 590nm filter creates subtle effects, while 850nm pushes into deep false-color territory.

The infrared photography skills you’ve developed here give you a distinctive edge in product photography. Whether you’re building a portfolio, creating content for social media, or exploring photography as a creative outlet, infrared techniques help your work stand out. Keep shooting, test different subjects, and refine your post-processing workflow. The more you practice, the more intuitively you’ll compose shots that maximize infrared’s distinctive aesthetic.