As the complex rescue operation continues, specialists on site are relying on giant inflatable air cushions to carefully support and lift the stranded whale in a controlled effort to reduce further harm and stabilize its condition.

Marine response teams explain that this technique is considered one of the safest available methods for handling large marine mammals in distress. By distributing the animal’s immense weight more evenly across a soft, adaptive surface, the air cushions help prevent localized pressure points that could worsen external injuries during lifting and repositioning efforts.

Despite these precautions, veterinarians and marine biologists involved in the mission continue to stress that the situation remains highly fragile. The whale is believed to be in an exhausted and weakened state, and even the most carefully executed movements can carry significant medical risks.

Experts warn that internal complications remain a primary concern, particularly after prolonged stress, limited mobility, or stranding conditions. Issues such as muscle strain, organ stress, dehydration, and impaired circulation are all possible in cases like this, making continuous monitoring essential throughout the rescue process.

In addition to physical risks, the animal’s stress response is also a critical factor. Large whales are highly sensitive to environmental changes, and prolonged intervention efforts can elevate stress levels, potentially affecting breathing patterns, heart rate, and overall recovery capacity.

Rescue teams are therefore working in extremely slow, carefully coordinated stages. Every adjustment in positioning, every shift in buoyancy, and every movement of support equipment is planned with precision to minimize additional strain while maintaining enough stability to continue the operation safely.

Observers describe the atmosphere around the rescue site as tense but determined. Crews remain focused on maintaining a delicate balance between urgency and caution, knowing that timing can be just as important as technique in determining the outcome.

Despite the challenges, there remains cautious optimism among experts. The use of advanced support systems like air cushions reflects significant progress in marine rescue technology, offering improved survival chances compared to earlier methods used in similar situations.

Still, specialists emphasize that no part of the operation can be considered low-risk. Each phase represents a critical moment where conditions can shift rapidly, requiring immediate adaptation from the entire rescue team.

For now, the mission continues under close observation, guided by science, experience, and constant reassessment of the whale’s condition.