0548_White thorny seahorse swimming

Royalty-Free Underwater Stock Footage of a White Thorny Seahorse (Hippocampus histrix) Swimming, captured from an intimate, cinematic macro perspective.

This underwater video showcases a rare White Thorny Seahorse gracefully swimming through coral reef environments. Filmed in close-up macro detail, the footage highlights the seahorse’s delicate, spiny body, textured skin, and distinctive white coloration as it glides slowly through the water.

Hippocampus histrix uses its dorsal fin to propel itself while gently swaying and maneuvering among coral branches and sea fans. The macro perspective emphasizes the elegance of its movement, from precise fin strokes to the subtle curling of its prehensile tail for balance. This footage beautifully captures the natural locomotion and posture of this unique seahorse species.

Perfect for nature documentaries, marine-life films, educational content, scientific presentations, broadcast productions, and commercial projects, this high-quality underwater stock footage delivers exceptional macro clarity, smooth motion, and natural underwater lighting. It is ideal for projects focused on seahorse behavior, coral reef ecosystems, biodiversity, marine wildlife, and conservation.

This royalty-free underwater video includes a commercial use license and is compatible with all major platforms, including YouTube, Instagram, TikTok, Facebook, websites, presentations, e-learning platforms, museum exhibits, and broadcast media.

Technical Details:
• Resolution: 3840 × 2160 (4K Ultra HD)
• Format: MOV / H.264
• Duration: 00:21 seconds

• Category: Underwater Stock Footage / Seahorse / White Thorny Seahorse / Hippocampus histrix / Macro Marine Life / Coral Reef / Sea Fan / Swimming Behavior / Marine Wildlife

Enhance your projects with professional macro underwater footage of a White Thorny Seahorse swimming—an exceptional visual resource for documentary storytelling, marine education, conservation awareness, and cinematic reef visuals that reveal the hidden beauty and biodiversity of coral reef ecosystems.