Remove satellite antennas from photos

Erase large satellite antenna arrays, commercial VSAT installations, multi-feed dish clusters, and rooftop broadcast equipment from building exterior and aerial photography. Magic Eraser removes the full hardware assembly — dishes, feed horns, waveguide runs, and mounting frames — and reconstructs the rooftop, parapet wall, or equipment platform behind it.

Last updated May 17, 2026

Why large satellite antenna arrays overpower building photography com Magic Eraser

A residential satellite dish is a minor blemish on a roofline, but a commercial satellite antenna installation is an entirely different scale of visual disruption. Telecom buildings, broadcast facilities, hotels, hospitals, and corporate campuses often carry arrays of large-diameter dishes — 1.2 to 3.8 meters each — mounted on heavy steel frames that dominate the rooftop profile. These installations can include multiple dishes aimed at different orbital slots, waveguide cable trays running across the roof, equipment shelters, and backup generator platforms. When photographing such buildings for marketing, sale, or editorial use, the antenna farm visually competes with the architecture itself. Viewers see a telecommunications facility rather than a sleek corporate headquarters or a welcoming hotel. Manual retouching of these arrays is a multi-hour project because each dish is a parabolic reflector with complex geometry — curved surfaces, feed horn shadows, mesh or solid panels, and steel lattice mounts — all set against a varying roofscape of HVAC equipment, parapet walls, and sky. Magic Eraser simplifies this to a brush-and-erase workflow. The AI recognizes the antenna boundaries, removes the full hardware assembly, and reconstructs the rooftop surface — membrane, gravel ballast, metal decking, or concrete — along with parapet edges and sky, producing a rooftop that looks clean and architecturally coherent.

Instruções passo a passo

1. 1

   Upload your photo

   Open Magic Eraser on the web, iOS, or Android and upload the building exterior, aerial drone photo, or rooftop shot containing the satellite antenna installation. JPEG, PNG, HEIC, and WebP formats are supported. For large commercial arrays, use the highest resolution available so the AI can accurately reconstruct the rooftop surface details.

2. 2

   Brush over the antenna array

   Paint over the full satellite antenna installation — each dish, the mounting pedestal or frame, feed horns, waveguide runs, cable trays, and any equipment shelter or concrete pad at the base. For multi-dish arrays, you can mask the entire group in one selection or work on individual dishes sequentially. Include shadows cast on the roof surface and any visible guy wires or lightning rods associated with the installation.

3. 3

   Erase and review

   Tap Erase and Magic Eraser removes the satellite antenna hardware while reconstructing the rooftop membrane, parapet walls, and sky behind the installation. Verify that the roof edge and parapet coping look continuous. For very large arrays, a second pass may help refine areas where multiple background textures converge. Export at full resolution for your marketing, editorial, or portfolio use.

Ideal para

• Commercial real-estate marketing where rooftop antenna farms make buildings look like telecom facilities
• Hotel and hospitality photography where a clean roofline conveys elegance rather than utility
• Corporate campus and headquarters photography for annual reports and investor presentations
• Architectural portfolio shots where the building design should speak without retrofit equipment
• Drone and aerial photography of urban skylines where rooftop clutter detracts from the cityscape

Notas importantes

Commercial satellite installations are the most complex rooftop objects to remove because of their scale and the amount of roof surface they obscure. For the best results, work in stages: start with the largest dish and its immediate mounting structure, then move to secondary dishes and connecting cable trays. This lets the AI progressively reveal and reconstruct the roof in manageable sections. Pay special attention to the mounting pedestal — these are typically heavy steel I-beams or concrete piers bolted to the roof structure, and they leave a distinct footprint that includes anchor bolts, waterproofing collars, and flashing. Include all of this in your selection. For drone shots looking down at the roof, the dish interiors are visible as concave reflective surfaces; the AI handles this geometry well but may need a second pass where the dish rim crosses the parapet edge. If the building has multiple antenna platforms at different heights, work on the highest first — this gives the AI clean sky and distant cityscape to reference when filling behind lower installations.

Perguntas frequentes

How is this different from removing a regular satellite dish?

The standard satellite dish removal tool is optimized for small residential dishes (45-90 cm). This tool targets large commercial installations — multi-meter parabolic antennas, VSAT arrays, multi-feed antenna clusters, and broadcast uplink dishes. These require more background reconstruction due to their size and the complexity of their mounting infrastructure.

Can it handle an array of multiple dishes on one roof?

Yes. For rooftops with three, five, or even a dozen dishes, you can either mask the entire array in one broad selection or work dish-by-dish. For arrays where dishes overlap visually from the camera angle, one large selection usually produces cleaner results than trying to separate individual dishes.

What about waveguide cable trays and equipment shelters?

Include them in your brush area. The AI handles metallic cable trays, fiberglass equipment enclosures, weatherproof junction boxes, and the conduit runs connecting dishes to the equipment room. The roof membrane and any gravel ballast will be reconstructed where the hardware was mounted.

Is it free?

Yes. Magic Eraser's free tier handles satellite antenna removal with daily usage limits. Premium ($29.99/year) removes limits and unlocks higher-resolution exports for professional architectural photography and marketing materials.