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# Marseille's Marine Firefighters Put Elios 2 to the Test for Ship Rescues
The Marine Firefighters of Marseille recently conducted a trial run of the Elios 2 drone, aiming to enhance their capabilities in responding to emergencies aboard ships. This indoor drone is designed to provide critical visual and locational data, enabling firefighters to better assess situations and plan rescues without directly entering hazardous environments.
## Key Benefits at a Glance
| **Aspect** | **Description** |
|--------------|---------------------------------------------------------------------------------|
| Safety | By gathering detailed visuals and locations of a ship’s interior before entry, firefighters can mitigate risks and make informed decisions, keeping personnel safe from unnecessary exposure. |
| Performance | Flying indoors presents unique challenges like signal interference and collision risks. The Elios 2 handled these obstacles admirably, exceeding expectations. |
| Accessibility| The drone's design allows it to navigate every corner of a ship, ensuring comprehensive data collection where needed most. |
## Introduction
When the Marine Firefighters of Marseille receive calls regarding distressed vessels, they often lack crucial information about the internal conditions of the ship. Within limited timeframes, they must quickly determine whether boarding the ship is necessary to save lives or salvage property.
The primary challenge lies in identifying exactly where their efforts should be concentrated. Traditional methods involve sending teams onto the ship, which can be both dangerous and inefficient.
## Customer Needs
Currently, the firefighting team employs two outdoor drones that assist in observing external conditions around the ship prior to boarding. However, these tools fall short when it comes to providing meaningful insights into the ship's interior.
To boost safety and operational efficiency, the firefighters sought to evaluate an indoor drone’s potential to transmit live footage while keeping operators safely distant from danger zones. Such remote assessments could prove vital for rescuing individuals trapped aboard burning ships while simultaneously safeguarding first responders from harm.
Specifically, they hoped to examine four key aspects during trials:
1. **Signal Strength**: How far could the drone venture inside before losing connection?
2. **Stability**: Were there issues maintaining balance mid-air?
3. **Collision Tolerance**: How robust was its design against impacts?
4. **Battery Life**: Would power duration pose limitations?
## Solution
Seeking out a suitable indoor drone solution, Marseille’s marine firefighters turned their attention towards Flyability’s Elios 2. Encased in a protective sphere, this device can endure collisions unscathed, making it ideal for confined spaces like ship interiors.
For testing purposes, the team selected a cruise liner capable of accommodating up to 181 passengers. With nine decks including five dedicated to cabins, plus dual engine rooms spread across its 429-foot length and 59-foot width, this vessel offered realistic scenarios mirroring actual maritime emergencies.
## Results
Overall, the Elios 2 performed exceptionally well during tests conducted aboard this cruise ship. A remote operator stationed outside managed to guide the drone across the entire structure, capturing essential imagery along the way.
### Signal Strength
On lower decks submerged below waterline levels, signals remained strong enough for exploration of an entire engine room plus portions of connecting corridors. Even when passing through closed watertight barriers, communication held firm—a result far surpassing initial expectations.
Higher up on passenger decks, reception proved even stronger. From outside the hull, operators successfully scanned two complete passenger levels spanning three stories high. At times, slight weakening occurred prompting minor adjustments in position near the vessel’s perimeter to restore optimal connectivity.
### Stability
Throughout all maneuvers, Elios 2 exhibited remarkable steadiness regardless of environmental complexities found within engine compartments. Its ability to remain balanced amidst turbulence confirmed compliance with professional standards set forth by the firefighting unit.
### Collision Tolerance
A particularly illustrative moment arose when a technician accidentally opened a hatch creating sudden gusts forcing the drone into nearby support columns. Rather than halting operations, the drone resumed smoothly post-collision marking yet another testament to its durability.
### Battery Life
Power endurance proved adequate with sufficient charge available for extended missions despite requiring periodic swaps between charges. This aspect ensured uninterrupted data acquisition fulfilling operational demands effectively.
## Conclusion
From the perspective of Marseille’s Marine Firefighters, integrating Elios 2 into their toolkit represents significant progress toward safer, more effective responses during maritime crises. Lower decks specifically demonstrated superior functionality allowing comprehensive coverage necessary for effective planning ahead.
Moving forward, authorities are actively considering integration strategies ensuring seamless adoption into existing protocols enhancing overall readiness moving forward.