Description

MarS Emergency Parachute ATL-15 – Advanced Life-Saving Aerial Security

An Elite Emergency Parachute System for Tactical and Civilian Use

When every second counts and every decision matters, you need equipment engineered for absolute reliability. The MarS Emergency Parachute ATL-15 is a modern, expertly designed reserve parachute system crafted for high-altitude, rapid-response deployment in life-critical aerial scenarios. Whether you’re navigating the skies as a civilian aviator, military operator, UAV technician, or test pilot, the ATL-15 delivers unmatched dependability.

This emergency parachute stands as a top-tier solution, developed by MarS a.s., a globally recognized leader in aerospace safety systems. In both turbulent environments and calm descents, the ATL-15 integrates seamlessly into your rig to offer a dependable safety net during critical failures.

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Design Philosophy and Material Innovation

Precision Engineering for Demanding Conditions

To ensure optimum performance, the MarS ATL-15 is designed with the highest standards of engineering precision. Every detail—from the canopy architecture to the harness compatibility—reflects a relentless commitment to safety, efficiency, and seamless deployment. In addition to its mechanical reliability, the ATL-15 excels in ergonomic form, ensuring minimal interference with your primary operations until needed.

MarS Emergency parachute ATL-15 Advanced Materials for Superior Functionality

Crafted with military-grade ripstop nylon, the canopy boasts a high-strength, lightweight fabric that resists tearing under sudden stress. Moreover, its reinforcement stitching pattern enhances air dispersion and reduces opening shock, thereby ensuring a smooth, controlled deployment in emergency scenarios.

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MarS Emergency parachute ATL-15 Technical Specifications

Reliable Performance Built on Solid Metrics

• Canopy Surface Area: 45 m²

• Descent Rate (Max Load): ~6.8 m/s

• Maximum Exit Speed: 180 km/h

• Deployment Altitude (Minimum Safe): 100 m AGL

• Canopy Material: Military-certified F-111 Ripstop

• Suspension Lines: High-tensile Aramid (Kevlar core optional)

• Weight (Total System): Approx. 6.5 kg

• Maximum Load Capacity: 150 kg

• Packaging Volume: Compact (optimized for space-saving rig integration)

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MarS Emergency parachute ATL-15 Safety Features and Certification

Tested, Proven, and Certified for Mission-Critical Operations

The ATL-15 has been subjected to rigorous testing under extreme environmental and mechanical conditions. It has been certified according to European and international standards, including:

• Czech Military Certification Authority

• EN-965/EN-966 Civil Aviation Norms

• ISO 9001:2015 Quality Assurance Standards

Additionally, the ATL-15 undergoes individualized inspection protocols before being cleared for distribution, ensuring that every unit meets precise operational tolerances.

MarS Emergency parachute ATL-15 Dual-Stage Deployment Control

To further enhance deployment safety, the system features a dual-stage pilot chute deployment with a stabilization stage that counters oscillation and line twists. This ensures that even in non-optimal body positions or during high-speed ejection, the canopy unfolds cleanly and quickly.

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MarS Emergency parachute ATL-15 Use Case Versatility

Wide Application Spectrum Across Aerial Professions

The ATL-15 is not just limited to one niche; instead, it’s engineered to support professionals across multiple flight disciplines. Its balanced performance metrics and compact packing profile make it an ideal solution for:

• Military Pilots

• Civilian Test Pilots

• UAV Launch Crews

• Paragliding Instructors

• Skydiving Training Centers

• Balloonists and Ultralight Aviators

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MarS Emergency parachute ATL-15 Setup and Integration

Streamlined Installation and Rig Compatibility

Installing the MarS ATL-15 is both intuitive and fast. The system is compatible with multiple standard harness types, including military modular systems and custom civilian rigs. Furthermore, detailed installation manuals and MarS video tutorials make the transition into your setup smooth, even if you’re switching from a previous generation system.

MarS Emergency parachute ATL-15 Key Integration Highlights

• Quick Link & 3-Ring Release Systems Compatible

• Integrated Bridle Management

• Color-Coded Deployment Handles

• Pilot Chute with Low Pack Volume and High Drag Ratio

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Highlights: Key Product Features

✅ High Load Capacity: Supports users up to 150 kg for broad operational inclusivity
✅ Minimal Descent Rate: Reduces landing force, promoting soft, controlled touchdowns
✅ Rapid Deployment: Activates effectively even during low-altitude ejection scenarios
✅ Military-Grade Fabric: Resilient, rip-resistant materials built for longevity
✅ Cross-Compatible Harness Interface: Adaptable to wide array of commercial and tactical rigs
✅ Certified Safety: Fully compliant with multiple international and military standards
✅ Low Pack Volume: Space-efficient design simplifies integration with compact flight kits
✅ Smooth Opening Sequence: Reduces risk of line twists or violent canopy inflation
✅ UV and Moisture Protection: Coated canopy resists weather-related degradation

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MarS Emergency parachute ATL-15 User Experience and Field Testimonials

Trusted Globally by Tactical and Civilian Operators Alike

Operators from across Europe, Africa, and North America have integrated the ATL-15 into their mission-critical operations. Many describe its performance as “flawlessly consistent,” “reassuring under pressure,” and “engineered for survival.”

From desert flight testing grounds to high-altitude search and rescue scenarios, the ATL-15 continues to build its reputation through real-world reliability. Pilots consistently highlight the ease of deployment, durability, and stable descent performance as stand-out benefits.MarS Emergency parachute ATL-15

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MarS Emergency parachute ATL-15 Maintenance and Lifespan

Built to Last with Simple Servicing

The ATL-15 is engineered for low-maintenance operation and offers a lifespan of up to 20 years, depending on use frequency and storage conditions. Furthermore, periodic repack and inspection schedules are clearly defined, making maintenance predictable and manageable.MarS Emergency parachute ATL-15

Maintenance Schedule at a Glance

• Repack Interval: Every 6 months (standard)

• Post-Deployment Inspection: Mandatory by certified technician

• Canopy Cleaning: Hand-wash with neutral pH soap, air dry only

• Storage Recommendations: Store dry, away from direct sunlight, in a cool, ventilated area

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Frequently Asked Questions (FAQ)

Is the ATL-15 suitable for civilian use?

Yes, absolutely. The ATL-15 is widely adopted by both military and civilian aviators. It meets civil aviation safety norms.

Can I use this system in high-speed aircraft?

Yes. The maximum rated exit speed is 180 km/h, ensuring it remains stable and deployable even at high velocities.

How long does it take to deploy once activated?

The average full deployment occurs within 3.5 seconds, depending on atmospheric conditions and user weight.

Does it require a specific harness?

No. While optimal performance is achieved using recommended harness systems, the ATL-15 is adaptable to a wide range of existing setups.

Can I travel with the ATL-15 by air?

Yes. When packed correctly and accompanied by documentation, it meets IATA safety guidelines for air transport.

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Why Choose the MarS Emergency Parachute ATL-15?

When the unexpected occurs in the air, there’s no time to gamble on inferior safety equipment. The MarS ATL-15 offers:

• Confidence through engineering

• Reassurance in crisis

• Unmatched reliability under pressure

From emergency ejection to unplanned descent, the ATL-15 delivers. With its flawless blend of technology, design, and safety compliance, this parachute system is more than a reserve—it’s your aerial insurance policy.

Technical Specifications: Precision-Defined Performance

Engineered Metrics for Real-World Reliability

Every component of the MarS Emergency Parachute ATL-15 is defined by exacting standards, ensuring not only compliance with international aviation protocols but also delivering field-ready performance in both civil and military operations. These specifications reflect extensive R&D, wind tunnel validation, and rigorous field deployment scenarios.

Canopy and Performance Specs

Material and Construction Details

Deployment System Compatibility

Certifications and Compliance

Operational Temperature Range

• Minimum Operating Temp: -40°C

• Maximum Operating Temp: +60°C

• Humidity Tolerance: Up to 95% RH (non-condensing)

• UV Resistance: High—fabric treated with UV inhibitors to prevent canopy degradation

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System Dimensions

Safety During Flight: Your Last Line of Defense

Engineered to Safeguard Under Any Circumstance

In aerial operations, safety isn’t just a priority—it’s the foundation for every decision you make. The MarS Emergency Parachute ATL-15 is meticulously engineered to be your reliable companion when the unexpected occurs. This reserve parachute acts as your final safeguard, designed to activate instantly and perform flawlessly, maximizing your chances of a safe recovery.

Robust Deployment Mechanism for Crisis Scenarios

The ATL-15’s deployment system incorporates redundant safety features to prevent misfires and ensure activation only when intended. The ergonomic activation handle is highly visible and tactile, reducing the risk of accidental deployment while allowing quick access in high-stress situations.

Moreover, the system supports Automatic Activation Devices (AADs), including MarS m2 AAD Multimode, CYPRES, and Vigil. These devices automatically trigger deployment if altitude and descent rate thresholds are dangerously exceeded, providing an additional layer of life-saving intervention when a user is incapacitated or delayed.

Reliable Canopy Integrity and Deployment Consistency

Unlike many emergency parachutes that risk malfunction under high load or turbulent airflows, the ATL-15 canopy maintains structural integrity across a wide range of conditions. Its military-grade ripstop fabric combined with a vented apex design reduces the risk of canopy tears or line entanglements during deployment.

The multi-stage inflation sequence reduces the opening shock, which lowers the chance of canopy damage and minimizes strain on the user’s body. This measured approach to deployment ensures consistent canopy inflation without compromising safety, even at the edge of operational limits.

Safe Landing Assurance

Landing safely requires more than just canopy performance; it depends on how well the system manages descent and oscillation. The ATL-15 minimizes canopy oscillations and swings, providing a more vertical and stable descent path. This reduces the risk of hard landings, which can cause injuries even after a successful deployment.

Furthermore, the parachute’s soft descent rate of ~6.8 m/s ensures your landing impact is as gentle as possible given your weight and environmental factors. This optimized descent speed is particularly beneficial for pilots wearing heavy flight gear or carrying equipment.

Extensive Field Testing and Certification

Safety is verified through repeated drop tests and certifications from top aviation authorities, including:

• ČOS Military Certification — meeting stringent military airborne safety standards

• European EN 965 / EN 966 Compliance — guaranteeing civilian aviation safety

• ISO 9001:2015 Quality Management — ensuring manufacturing consistency and product reliability

Each ATL-15 unit undergoes individual inspection and testing before deployment readiness certification, eliminating manufacturing defects and ensuring compliance with operational safety standards.

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Best Practices for Flight Safety with the ATL-15

• Regular Inspection and Repacking: Follow recommended repack intervals (every 6 months) and pre-flight inspection to ensure system readiness.

• Proper Harness Installation: Confirm secure and correct integration with your harness system to avoid deployment failure.

• Training and Familiarization: Regular training with activation and emergency procedures improves muscle memory and reduces response time.

• Environmental Awareness: Recognize environmental conditions that may impact deployment, such as strong crosswinds or turbulence, and adjust flight planning accordingly.

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Summary: Safety You Can Trust

The MarS Emergency Parachute ATL-15 is not just a piece of equipment—it’s a life-saving system, designed, tested, and certified to perform under the most demanding circumstances. Its cutting-edge safety features, combined with rugged construction and advanced deployment technology, provide pilots and aerial professionals with confidence and peace of mind every time they take to the skies.

Performance: Unshakable Reliability in Critical Moments

Mission-Ready, Tested in Reality

When you’re in freefall or ejected mid-flight, you don’t get a second chance to make the right call. The MarS Emergency Parachute ATL-15 ensures that when you pull, it performs—consistently, rapidly, and smoothly. Designed for both civilian pilots and military personnel, the ATL-15 has undergone hundreds of real-world and simulated deployments, excelling every time under demanding conditions.

Engineered to work across a broad range of speeds, altitudes, and body orientations, the ATL-15 guarantees canopy stability, predictable descent, and minimal oscillation, even during turbulent weather or partial rig failure.

Canopy Deployment Dynamics

At the heart of its outstanding performance is a fast and reliable canopy inflation process. Thanks to its memory-reinforced pilot chute and aero-balanced suspension system, the ATL-15 initiates deployment within moments of activation. The system’s vented apex design allows for smooth inflation, reducing the risk of snap opening, while also lowering the mechanical stress on the canopy and body.

With an average opening time of 3.5–4.2 seconds, the parachute provides ample time to stabilize and prepare for landing, even when deployed at the minimum safe altitude of 100 meters AGL.

Descent Stability & Maneuverability

While reserve parachutes traditionally prioritize passive descent, the ATL-15 offers a blend of stability and soft directional input. The slight elliptical shaping in its round canopy allows for reduced oscillation and a descent rate of approximately 6.8 m/s under max load. This ensures a safe and comfortable landing profile, even for heavier operators or those wearing full tactical gear.

Additionally, the symmetrical load distribution across suspension lines minimizes tilt and spin, keeping your descent as vertical and steady as possible. Whether you’re over rugged terrain or built-up infrastructure, you’ll have greater confidence and control.parachute pack

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High-Speed Ejection Compatibility

Unlike conventional emergency parachutes that struggle at higher airspeeds, the ATL-15 is tested and rated for deployments at up to 180 km/h (111 mph). This feature is critical for pilots in ultralights, helicopters, or jet trainers, where sudden ejection scenarios can occur at increased velocities. With its low-drag bridle routing and shock-absorbing canopy material, the ATL-15 remains stable and responsive even under rapid deceleration.parachute pack

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Low Opening Shock for Maximum Comfort

Opening shock can often cause injury or equipment damage during emergency deployment. That’s why the ATL-15 is engineered to minimize G-forces, absorbing much of the opening impact with its multi-stage inflation sequence. Even during terminal velocity deployments, average opening forces remain below 9 G, helping protect users from excessive strain and preserving canopy integrity.parachute pack

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MarS Emergency parachute ATL-15 Environmental Performance Versatility

No matter the season or setting, the ATL-15 delivers. Designed to perform flawlessly in a wide array of environmental conditions, it functions consistently from -40°C to +60°C, with operational reliability in high-humidity, desert heat, or icy alpine airspace. This environmental versatility makes it a preferred solution for search and rescue, aerial surveying, and military reconnaissance missions worldwide.parachute pack

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MarS Emergency parachute ATL-15 Performance Metrics at a Glance

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MarS Emergency parachute ATL-15 Field-Tested Excellence

Multiple independent tests and real-world use cases confirm the ATL-15’s top-tier performance profile. Test pilots and airborne technicians have praised the system’s:parachute pack

• Predictable descent curve

• Non-violent canopy openings

• Tangle-resistant line layout

• Stable airflow interaction at high speed

• Zero hard landings, even under maximum payload

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MarS Emergency parachute ATL-15 Why the ATL-15 Outperforms Other Emergency Systems

✅ Faster Inflation Time compared to bulkier systems
✅ Broader Altitude & Speed Compatibility
✅ Reduced Post-Deployment Drift
✅ Military-Grade Fabric Tolerance
✅ Improved User Comfort during and after activation
✅ Flight-Proven by International Tactical Squadrons

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MarS Emergency parachute ATL-15 Key Performance Highlights

✅ Wide Load Range – Supports users between 60 kg and 150 kg
✅ Optimized Descent Rate – Maintains safe velocity for soft, controlled landings
✅ Compact Pack Volume – Easily fits into civilian and tactical rigs
✅ Rapid Canopy Inflation – Deploys cleanly even during dynamic body orientations
✅ Temperature-Rated Materials – Functions reliably from arctic to desert climates
✅ Multi-Rig Compatibility – Seamlessly integrates with both sport and military harnesses
✅ Low Shock Opening Profile – Reduces G-force strain during sudden deployment
✅ High-Speed Ejection Certified – Suitable for use up to 180 km/h jump speeds

MarS Emergency parachute ATL-15 Design: Built for Precision, Comfort, and Survival

Purpose-Driven Architecture

At the core of the MarS Emergency Parachute ATL-15 lies a purpose-built design focused entirely on survival, efficiency, and adaptability. This reserve system was conceived not just to meet expectations—but to exceed them under the harshest conditions. Every curve, contour, and stitch was tested, refined, and validated in both controlled labs and real-world flight conditions.skydiving rigs

Instead of prioritizing aesthetics over function, the ATL-15 was developed with an emphasis on aerodynamic integrity, mechanical reliability, and human-centered ergonomics. This makes it a leading-edge reserve solution for those who cannot afford failure.skydiving rigs

Canopy Configuration: Stable, Controlled, Responsive

The ATL-15 canopy follows a round or slightly elliptical profile, enhancing stability during deployment and reducing oscillation during descent. This design facilitates a slower, more predictable rate of fall, offering both time and control to navigate a landing—whether in rugged terrain, over water, or near infrastructure.skydiving rigs

To minimize opening shock, a vented apex design helps modulate internal pressure upon deployment. The result is a smoother inflation curve with less chance of canopy damage or user disorientation.skydiving rigs

Pilot Chute Efficiency

Equipped with a high-drag pilot chute, the ATL-15 deploys reliably at both low and high airspeeds. The pilot chute is reinforced with memory-wire ribs that spring into shape immediately upon release. As a result, the main canopy deployment sequence begins swiftly and remains steady—avoiding malfunctions caused by turbulence or incorrect body orientation.

Suspension Line Strategy

The ATL-15 uses strategically distributed suspension lines that balance canopy tension across the user’s load-bearing profile. Constructed from high-tensile Aramid fiber, these lines offer superior strength-to-weight ratios while minimizing tangles and twists during deployment. The symmetrical line configuration also reduces canopy deformation during variable wind conditions.

Compact Rig Integration

Another key design principle of the ATL-15 is its modular, space-efficient pack design. Engineered to integrate seamlessly into modern harness containers, it features a low pack volume and streamlined bridle routing system. Not only does this help reduce airborne drag and discomfort, but it also simplifies repacking procedures for technicians.

Moreover, the container offers color-coded flaps and handles, enabling quick orientation and activation in time-sensitive emergencies.

Materials Built to Endure

The choice of materials used in the ATL-15 was anything but incidental. All fabrics and components were selected for their proven durability in heat, UV exposure, humidity, and mechanical stress:

• Canopy Fabric: Military-spec F-111 ripstop nylon with silicone coating

• Harness Webbing: 5,000+ lb tensile strength nylon with cross-weave stabilization

• Threading: Bonded polyester with dual-stitch redundancy

• Pilot Chute Mesh: Anti-snag ballistic-grade mesh for clean airflow

These components collectively give the ATL-15 an operational lifespan of over 20 years (under recommended maintenance conditions), making it one of the most economically durable parachute systems in its class.skydiving rig

Ergonomic Activation Handle

The activation handle has been refined to be tactile, visible, and accessible under stress. With a contoured grip shape and high-contrast color scheme (typically safety orange or red), the user can locate and activate it intuitively—even while wearing thick gloves or operating in low-light conditions.skydiving rig

This seemingly small component reflects the ATL-15’s broader philosophy: every detail matters when lives are at stake.skydiving rig

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Frequently Asked Questions (FAQ) – MarS Emergency Parachute ATL-15

1. Who is the ATL-15 designed for?

The ATL-15 is engineered for a wide range of aerial professionals, including military pilots, civilian aviators, UAV operators, skydivers, and paragliding instructors. Its versatile design makes it suitable for both tactical and recreational use.

2. What is the maximum user weight supported?

This emergency parachute safely supports users weighing up to 150 kg (approximately 330 lbs), including flight gear and equipment.

3. At what altitude can the ATL-15 be deployed effectively?

The parachute can be safely deployed at a minimum altitude of 100 meters Above Ground Level (AGL), making it suitable for rapid, low-altitude emergency scenarios.

4. Can the ATL-15 be used at high exit speeds?

Yes, it is tested and certified for deployments up to 180 km/h (111 mph), ensuring reliable performance even during high-speed ejections or emergency exits.

5. Is the ATL-15 compatible with Automatic Activation Devices (AADs)?

Absolutely. The system is compatible with leading AADs, including the MarS m2 AAD Multimode, CYPRES, and Vigil systems, enhancing deployment reliability in emergencies.

6. How often should the parachute be repacked or serviced?

Regular repacking is recommended every six months to maintain optimal deployment performance. Additionally, inspections after any deployment or hard landing are mandatory, conducted by certified parachute riggers.

7. What maintenance is required to ensure longevity?

Avoid exposure to direct sunlight during storage, keep the parachute dry, and clean the canopy with neutral pH soap when necessary. Always follow the detailed maintenance guidelines provided by MarS.

8. Is the parachute easy to install on different harness systems?

Yes, the ATL-15 is designed for broad harness compatibility, including military modular rigs and popular civilian harness brands. Color-coded flaps and standardized connectors simplify installation.

9. Can I travel with the ATL-15 on commercial airlines?

Yes, when packed correctly and accompanied by proper documentation, the ATL-15 complies with IATA regulations for air transport of parachute systems.

10. How does the ATL-15 minimize opening shock?

The parachute employs a multi-stage inflation process and vented apex design, which significantly reduces the opening forces experienced by the user, thereby lowering the risk of injury during deployment.

11. What materials are used in the canopy and suspension lines?

The canopy fabric is military-grade F-111 ripstop nylon with a silicone coating for durability and weather resistance. Suspension lines are constructed from high-tensile Aramid fibers, such as Kevlar, for strength and minimal stretch.

12. What are the environmental operating limits?

The ATL-15 performs reliably within temperatures ranging from -40°C to +60°C and up to 95% relative humidity, making it suitable for a variety of climates and weather conditions.

13. What should I do if the parachute is deployed?

After deployment, immediately seek medical evaluation if necessary, and arrange for a certified technician to inspect the parachute system for repacking or repairs.

14. Does MarS provide training or instructional resources?

Yes, MarS offers detailed manuals, video tutorials, and authorized training programs to help users become proficient with installation, maintenance, and emergency procedures.

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