Used Complete Skydiving Rig – Icon Container + Sabre 190 + Tempo 170 Reserve

Used Complete Skydiving Rig Overview

For licensed jumpers searching for a dependable Used Complete Skydiving Rig, this setup combines an Icon Container, Sabre 190 main canopy, and Tempo 170 Reserve in one practical equipment package. It is particularly relevant to beginner and intermediate flyers who have moved beyond student equipment and are looking for their own parachute rig, subject to professional inspection, correct sizing, suitable wing loading, and approval from their instructors or Safety & Training personnel.

The Icon container is reported as a 2015 model and is described as fitting approximately 5’10” to 6’4″. However, harness fit cannot safely be established from height alone. Body proportions, torso length, weight, harness geometry, lateral placement, and individual adjustment all matter. Therefore, prospective buyers should have the harness/container examined and fitted by a qualified parachute rigger before jumping it.

Icon Container – Harness and Canopy Configuration

The container skydive system forms the structural center of the rig. According to the supplied specifications, its present configuration accommodates the Sabre 190 while reportedly providing room to move toward approximately a 150-square-foot canopy, depending on manufacturer compatibility and professional evaluation.

That does not mean a jumper should automatically downsize from 190 to 170, 150, or the smallest canopy that physically fits. A proper skydiving downsizing chart, exit weight, experience, currency, landing accuracy and canopy coaching should guide that decision.

For anyone studying the parts of a parachute, the complete system should be understood as more than the visible canopy. Harness/container integrity, risers, deployment components, handles, closing loops, reserve system, pilot chute, main and reserve canopies, lines and hardware must all be evaluated.

Professional skydiving rigging inspection is therefore strongly recommended before use.

Sabre 190 Main Canopy – Approximately 400 Jumps

The supplied Sabre 190 is reported to be in great shape with approximately 400 jumps maximum. Jump count is useful, although it cannot replace a physical examination. Fabric porosity, suspension-line condition, attachment points, slider components and linewear should all be checked before determining airworthiness.

For reference, Performance Designs describes its Sabre2 family as suitable for novice-to-intermediate jumpers at lighter wing loadings and notes characteristics including a steep glide and powerful bottom-end flare. Exact performance information should not automatically be applied to this listing unless the exact Sabre generation is confirmed.

During canopy flight, correct use of the toggles and landing flight risers requires training rather than experimentation. Different canopy sizes, loading levels and techniques can substantially change skydiving speed, descent characteristics and landing response.

Tempo 170 Reserve

A Tempo 170 Reserve is installed. The seller reports that during its previous repack the reserve was described as being in excellent condition despite its age.

Nevertheless, a reserve’s previous condition report is not a substitute for its next inspection and repack. A certificated rigger should verify fabric condition, lines, deployment components, compatibility, packing data card and applicable service information before the system is placed into service.

AAD Status – No Current AAD Included

NO serviceable AAD is included with this rig.

Although a CYPRES 2 with a 2013 DOM has been mentioned, it should not be marketed as an operational AAD for this package in 2026. Airtec specifies a 12.5-year service life for CYPRES units manufactured before 2016. Consequently, a 2013 unit has passed its published service-life limit.

Buyers searching terms such as cypress fire skydiving or fire parachute should note that the correct product spelling is CYPRES, and a replacement/current AAD should be selected and installed according to the container manufacturer’s requirements and qualified-rigger guidance.

Why This Rig Can Make Sense for Developing Jumpers

For an appropriately qualified owner, a 190-square-foot main can provide a logical platform for developing consistent approaches, pattern planning, flare timing and general canopy handling without purchasing an aggressively sized wing simply because it fits the container.

That distinction is important whether somebody is learning ordinary sport jumping, a tracking jump, CRW skydiving, freeflying or eventually exploring advanced disciplines such as wingsuit sport. Equipment appropriate for conventional skydiving must never automatically be assumed suitable for BASE jumping, baseline jumping, an indoor wingsuit environment or a tandem wingsuit application.

Similarly, searches for vector wingsuit, base canopy, fluid wings, Safire 3, wing suits for sale, price of wingsuit, gliding suit wingsuit, skydiving gliding suit, fly suits and wingsuit relate to separate equipment categories rather than components included with this package.

Essential Personal Skydiving Equipment

A complete personal skydiving equipment list commonly extends beyond the parachute system. Depending on training requirements and drop-zone rules, jumpers may also use a skydiving helmet, skydive helmets, sky helmet skydiving, full face skydiving helmet, skydiving helmet full face, G35 helmet, Cookie G4 helmet, best skydiving helmet, skydiver goggles, skydiving glasses, a suitable hook blade knife, hook knife skydiving, skydive hook knife, jumpsuit and gear bag skydive.

People asking can you wear glasses while skydiving should choose compatible eye protection or helmet systems and confirm fit before jumping.

A freefly PUD handle or other deployment-handle configuration also needs to match the actual container setup and jumper’s training.

Where This Type of Rig May Be Used

A properly inspected and compatible system may be used at approved sport-parachuting operations where the jumper’s qualifications and equipment meet local requirements. Searches such as parachute jump Australia, Skydive Byron Bay, Cairns skydiving, Skydive Belize, skydiving Blue Hole Belize, iFly Colorado Springs, new skydive and #skydiving latest may refer to very different facilities, jurisdictions and disciplines. Always verify the equipment requirements of the specific drop zone before traveling.

Likewise, weight limit skydiving cannot be answered solely from the container’s stated height range. Exit weight, harness limits, main and reserve limitations, wing loading and operator rules must all be considered.

Terms such as nude parachute jump and skydiving nude describe activity preferences rather than characteristics of this equipment and do not alter its technical or safety requirements.

Ultimately, this skydiving rig should be purchased on the basis of documented component history, correct fit, appropriate wing loading and professional inspection—not simply because a particular canopy will physically fit inside the container. For a developing jumper pilot, precision begins with choosing equipment that matches current skill level, training and real operating conditions.

Detailed Rig Configuration, Condition, Fit, and Practical Use

This complete skydiving setup brings together an Icon container, a Sabre 190 main canopy, and a Tempo 170 reserve in a configuration that can suit developing licensed skydivers who want a practical personal rig. Each component serves a different function within the system, so the overall suitability of the equipment depends on more than appearance or age. Harness fit, canopy loading, component compatibility, maintenance history, packing records, and the jumper’s current experience level should all be considered before the equipment is placed into service.

Icon Container and Harness Configuration

The Icon container dates from 2015 and forms the central structure of the complete assembly. The container houses the main and reserve parachutes while the harness distributes opening and flight loads through the jumper’s body. Because these systems are worn closely around the torso, shoulders, hips, and legs, correct harness fit remains extremely important.

The supplied sizing information indicates that the harness may suit users approximately 5 feet 10 inches to 6 feet 4 inches tall. However, height should only be treated as a general starting point. Two people of identical height can have very different torso lengths, leg proportions, shoulder widths, and body weights. Therefore, the harness should be physically tried on and assessed before a purchase decision is finalized.

A properly fitted harness should remain secure without creating unnecessary pressure points. Leg straps should sit correctly, the chest strap should position naturally, and the main lift web should follow the body as intended. Excessively loose or overly tight equipment can reduce comfort and may interfere with normal body movement during exit, freefall, deployment, and landing.

Main Canopy Capacity and Future Progression

The container currently accommodates the Sabre 190 main canopy. According to the supplied information, the container also has enough internal range to accept a somewhat smaller main canopy, potentially down toward approximately 150 square feet depending on the exact packing volume and compatibility requirements.

This provides some flexibility for a jumper who may progress over time. However, having physical space for a smaller canopy does not mean the jumper should immediately change to one. Canopy progression should always be gradual and based on demonstrated ability.

Before moving to a smaller canopy, the jumper should already be comfortable with consistent landing patterns, flare timing, crosswind awareness, traffic management, emergency procedures, and controlled approaches. Instructor or canopy coach guidance remains valuable because changes in canopy size affect descent rate, forward speed, responsiveness, and landing performance.

Sabre 190 Main Canopy Condition

The Sabre 190 is reported to have approximately 400 jumps or fewer and to remain in very good condition. For a used main canopy, jump numbers provide helpful context because they offer a general indication of usage. Nevertheless, jump count alone cannot determine actual condition.

Storage conditions, packing methods, landing environments, exposure to sunlight, moisture, dirt, and general handling can influence canopy condition significantly. Consequently, the fabric should be examined for damage, repairs, unusual wear, contamination, or weakened areas.

The suspension lines should also be inspected carefully. Over time, lines can shrink, stretch, wear, or become uneven. Changes in line trim may influence opening behavior, flight characteristics, and landing performance. Therefore, a qualified inspection should determine whether the current line set remains appropriate or whether maintenance may eventually be required.

For a developing jumper, a 190-square-foot main can offer a useful balance between manageable handling and enough performance to build stronger canopy skills. Actual suitability, however, depends heavily on exit weight, wing loading, experience, currency, and training.

Tempo 170 Reserve Condition

The Tempo 170 reserve is described as an older canopy that remains in excellent condition. During its previous repack, the seller was reportedly informed that the reserve was still in very good shape.

That history is encouraging, but every reserve must continue to receive the professional attention required by the rules that apply where the equipment will be used. A reserve inspection evaluates far more than visible fabric condition. The rigger may examine stitching, lines, reinforcement areas, attachment points, deployment components, packing records, identification markings, and compatibility with the harness and container.

Because reserve parachutes are intended for emergency use, dependable preparation is essential. Age alone does not necessarily describe the complete condition of a reserve, while a good appearance alone cannot prove airworthiness either. Proper inspection provides the most reliable assessment.

AAD Considerations

The current package should be treated as being supplied without a serviceable automatic activation device. A CYPRES 2 manufactured in 2013 was previously associated with the system, but its age means that buyers should plan around installing an appropriate current device rather than assuming the older unit can simply remain in operational use.

Any replacement should be compatible with the container and installed correctly by an appropriately qualified person. Installation should also include verification of routing, cutter placement, control-unit positioning, reserve closing configuration, and applicable manufacturer requirements.

Who This Setup May Suit

This configuration may appeal particularly to beginner and intermediate licensed jumpers who are preparing to move away from rental or student systems and into personally owned equipment. Owning a complete rig can provide greater familiarity because the jumper regularly trains and jumps with the same harness geometry, deployment system, main canopy, and emergency handles.

Consistency can support skill development, especially when paired with regular coaching and disciplined canopy practice. The jumper becomes familiar with how the system sits on the body, how the deployment sequence feels, how the canopy responds, and how the equipment should look during routine inspections.

However, personal ownership also brings responsibility. Equipment history should be documented where possible, inspection intervals should be respected, packing requirements should be followed, and unusual wear or performance changes should never be ignored.

Overall, this Icon, Sabre 190, and Tempo 170 configuration offers a practical foundation for a developing jumper when the harness fits correctly, the canopies match the jumper’s experience and loading, and the entire assembly has been professionally inspected before use.

Inspection, Maintenance, Safety, and Long-Term Ownership

Buying a used complete parachute system should involve more than checking the appearance of the container or confirming that the main canopy still looks clean. A complete system contains multiple components that work together during deployment, flight, emergency procedures, and landing. Because of this, the condition of the entire assembly should be evaluated carefully before the equipment becomes part of a jumper’s regular setup.

For this Icon container, Sabre 190 main canopy, and Tempo 170 reserve combination, a thorough inspection can help establish the actual condition of the equipment and identify any maintenance that may be required before the first jump.

Professional Inspection Before First Use

A qualified parachute rigger should inspect the complete system before it is used by a new owner. Even when equipment has been stored correctly and appears to be in excellent condition, certain forms of wear are difficult to identify without experience.

The inspection should include the harness, container fabric, stitching, webbing, metal hardware, closing system, deployment components, risers, handles, main canopy, reserve canopy, suspension lines, and other associated parts.

Particular attention should be given to areas that naturally experience repeated loading. These may include attachment points, leg straps, chest strap areas, main lift webbing, riser connection points, and sections of the container exposed to friction during normal use.

Any previous repairs should also be examined. A professionally completed repair may remain perfectly serviceable, but the buyer should understand what was repaired, when the work was completed, and whether additional monitoring is recommended.

Evaluating the Main Canopy

The Sabre 190 has reportedly completed approximately 400 jumps or fewer. That provides useful background information, although actual condition should always carry more weight than the number alone.

A canopy that has been treated carefully may remain in very good condition after hundreds of jumps. By contrast, a canopy with fewer jumps may show greater wear if it has regularly been exposed to harsh surfaces, excessive sunlight, moisture, dirt, or poor storage conditions.

The fabric should therefore be checked carefully for tears, abrasion, damaged stitching, patches, burns, contamination, and other abnormalities.

The line set deserves equal attention. Lines experience repeated loading during openings and can gradually change in both dimensions and condition. A rigger can examine the lines for wear, damaged fibers, excessive fuzziness, uneven trim, or other indicators that maintenance may be approaching.

Slider condition, connector links, steering lines, toggles, and attachment points should also be inspected because these smaller components contribute directly to reliable deployment and control.

Understanding the Reserve System

The Tempo 170 reserve is an essential part of the complete setup. Although the seller reports that it was described as being in excellent condition during its previous repack, the next owner should still rely on a current professional assessment.

Reserve equipment receives different use from a main canopy because it may remain packed for long periods between inspections. Therefore, scheduled inspection and repacking remain critical even when the reserve has never been deployed during an emergency.

A rigger should verify the canopy fabric, lines, stitching, deployment components, identification information, compatibility, and packing documentation.

The reserve should also be matched appropriately to the jumper. Its size matters because an emergency canopy must still provide controllable flight and a manageable landing. Selecting a system solely because the reserve physically fits inside the container would overlook an important part of equipment planning.

Harness Fit and Comfort

The Icon harness is reported to fit approximately 5 feet 10 inches through 6 feet 4 inches. This range can help potential buyers determine whether the system is worth considering, but it cannot guarantee a proper fit.

Torso length is particularly important. Shoulder position, hip placement, leg dimensions, and overall body proportions also influence how a harness sits.

When the system is worn, the jumper should be able to move naturally while maintaining a secure fit. The leg straps should sit correctly without excessive looseness. The chest strap should be positioned properly, while the main lift web should follow the intended path along the torso.

A poorly fitting harness may feel uncomfortable during normal movement and can become more noticeable during deployment.

For that reason, physically trying on the system with knowledgeable assistance is considerably more reliable than judging fit from height alone.

Pre-Jump Equipment Checks

Once the complete system has been inspected and approved for use, regular equipment checks remain necessary.

Before jumping, the user should inspect the visible condition of the container, closing system, handles, risers, pins, pilot chute arrangement, and other accessible components according to their training.

The jumper should become familiar with how the equipment normally looks and feels. Familiarity makes unusual conditions easier to recognize.

A displaced handle, unusual closing-loop condition, incorrectly routed component, twisted riser, or other abnormality should be investigated before boarding the aircraft.

Checks performed by another knowledgeable jumper can also provide an additional layer of verification.

Correct Storage Between Jumps

Storage conditions can influence the long-term condition of parachute equipment. The system should generally be protected from prolonged sunlight, excessive heat, moisture, chemicals, and unnecessary contamination.

Leaving the equipment for extended periods inside a very hot vehicle should be avoided. Likewise, damp environments can create problems for textile components and metal hardware.

After landing on dusty, sandy, or dirty surfaces, the equipment should be handled carefully to reduce unnecessary contamination. If the system becomes wet, maintenance decisions should follow appropriate professional guidance rather than simply storing it while damp.

A suitable gear bag can provide additional protection during transportation and storage.

Planning for Future Canopy Progression

One advantage of this container is the reported ability to accommodate somewhat smaller main canopies. That can potentially allow the owner to continue using the same harness and container while progressing in experience.

However, the ability to install a smaller canopy should never create pressure to downsize quickly.

A jumper should progress only after developing consistent control with the current canopy. Reliable patterns, accurate approaches, stable landings, good decision-making, awareness of surrounding traffic, and confidence under varying conditions should come before increased performance.

Body weight and total exit weight must also be considered because canopy size alone does not determine performance.

A 190-square-foot canopy may behave very differently under two jumpers with substantially different exit weights.

Long-Term Ownership Responsibilities

Owning personal parachute equipment means accepting responsibility for maintaining records, arranging inspections, monitoring wear, and replacing components when necessary.

The owner should retain packing information, maintenance notes, repair documentation, canopy history, and relevant identification details whenever possible.

Keeping these records can simplify future maintenance and can also make the system easier to evaluate if it is eventually sold again.

Regular communication with a trusted rigger can be especially valuable. Small signs of wear can often be addressed before they develop into larger problems.

The owner should also avoid making unauthorized modifications or changing components without understanding compatibility requirements.

A Practical Complete Setup

When properly inspected, correctly fitted, and matched to the user’s experience, this Icon container with Sabre 190 and Tempo 170 reserve can provide a practical personal setup for a developing licensed jumper.

Its value comes from the combination of a usable main canopy size, an established reserve configuration, a container that reportedly offers some future flexibility, and the familiarity that comes from regularly using personal equipment.

However, the final decision should always be based on condition and compatibility rather than appearance alone. A successful used-equipment purchase starts with documentation, professional inspection, correct sizing, appropriate loading, and realistic assessment of the jumper’s current abilities.

With those factors addressed carefully, the system can become a dependable foundation for continued training, improved consistency, and responsible progression in the sport.

Practical Performance, Progression, Comfort, and Real-World Use

A complete parachute system becomes valuable when its components work together in a way that supports the jumper’s current ability, body size, training goals, and long-term progression. The Icon container, Sabre 190 main canopy, and Tempo 170 reserve create a combination that can offer a balanced platform for a developing licensed jumper when the equipment has been professionally inspected and properly fitted.

Rather than focusing only on age or appearance, it is useful to consider how the system may function during normal jumping, how comfortable the harness can be during repeated use, and how the canopy size may support continued skill development.

Practical Use During Regular Jumping

For a jumper moving into personally owned equipment, consistency can be one of the largest advantages. Rental and student systems may differ in harness size, deployment configuration, canopy characteristics, and overall feel. Using the same personal system repeatedly allows the jumper to become increasingly familiar with the equipment.

The jumper learns where the handles sit, how the harness feels during aircraft movement, how the container rests against the back, and how deployment normally feels. This familiarity can reduce unnecessary distraction and allow more attention to be placed on body position, altitude awareness, canopy control, landing patterns, and decision-making.

The Sabre 190 can provide a useful main-canopy size for someone who is still developing confidence and consistency. However, final suitability depends on body weight, total exit weight, training history, currency, and instructor guidance.

A larger canopy generally offers more forgiving performance than a significantly smaller high-performance wing, although no canopy should be considered automatically safe simply because of its size.

Building Strong Canopy Skills

A jumper should ideally use a canopy configuration that allows skills to improve without creating unnecessary pressure to progress too quickly.

The 190-square-foot main can provide room to practice essential canopy-control techniques. These include maintaining a predictable landing pattern, judging altitude correctly, identifying traffic, selecting suitable landing areas, controlling heading, and performing an effective flare.

Consistency matters more than aggressive progression.

A jumper who can repeatedly plan and execute smooth approaches gains a stronger foundation for future advancement. Skills should remain dependable under changing conditions rather than working only during ideal weather.

Wind direction, turbulence, landing-area size, surrounding traffic, and unfamiliar drop zones can all change the difficulty of a landing.

For this reason, progression should be based on demonstrated control rather than a desire to move immediately to smaller equipment.

Understanding Future Downsizing

The container is reported to offer room for a smaller main canopy in the future. This may be useful because the owner may not need to replace the entire harness and container immediately after making a carefully planned change in canopy size.

However, physical compatibility and personal readiness are separate issues.

A smaller canopy can create higher forward speed, faster descent, greater responsiveness, and reduced margins when mistakes occur. The landing characteristics may also become more demanding.

Therefore, moving from a 190 to a smaller canopy should happen only when appropriate training standards have been met.

The jumper should consider recommendations from experienced instructors, canopy coaches, and qualified equipment professionals. These people can evaluate performance more accurately than simply relying on jump numbers.

Two jumpers with the same number of jumps may have very different levels of canopy skill.

Harness Comfort During Repeated Use

Comfort becomes especially important when equipment is used throughout a full day of jumping.

The supplied size range suggests that the Icon harness may accommodate taller jumpers, but the actual fit should always be evaluated individually.

A correctly fitting harness should provide support without excessive restriction.

During normal aircraft movement, the jumper should be able to sit, stand, crouch, and move comfortably. During freefall, the harness should remain stable against the body. During deployment, loading should be distributed through the intended sections of the harness rather than creating unusual pressure.

Leg-strap position deserves particular attention because poor adjustment can create discomfort during deployment and under canopy.

Shoulder and torso fit are equally important.

A harness that is too large may move excessively, while one that is too small may create unnecessary pressure and restrict normal movement.

Trying the complete system on under the supervision of someone experienced with parachute equipment remains the most reliable approach.

Main Canopy Behavior and Familiarity

Repeated use of the same main canopy can help the jumper learn its normal behavior.

Over time, the owner becomes more familiar with opening characteristics, control pressure, glide, turn response, descent behavior, and flare timing.

This familiarity can improve confidence, but it should never lead to complacency.

Each jump still requires careful attention to weather, loading, packing quality, equipment condition, and landing conditions.

The reported jump count of approximately 400 or fewer suggests that the canopy may still offer substantial usable life if its physical condition is good. Nevertheless, condition should determine continued use rather than jump count alone.

An inspection can reveal whether the fabric, lines, and associated components remain within acceptable condition.

Reserve Planning and Emergency Preparedness

The Tempo 170 reserve adds an important emergency component to the overall configuration.

The reserve should never be treated merely as a backup item that receives little attention. Its suitability should be evaluated with the same seriousness as the main canopy.

The jumper needs to understand how the reserve size relates to body weight and likely landing performance.

Emergency situations can already involve increased workload, limited landing choices, or unexpected conditions. For that reason, the reserve should provide a level of performance that the jumper can reasonably manage.

Professional inspection and correct packing are essential.

The owner should also practice emergency procedures regularly so that handle location and response sequence remain familiar.

Using the System at Different Drop Zones

A personally owned rig may be used at different locations over time, but equipment requirements can vary between facilities.

Before traveling, the jumper should confirm local rules, documentation requirements, reserve-packing intervals, equipment restrictions, and any operational requirements that apply.

Weather conditions can also differ considerably from one location to another.

A canopy that feels comfortable at a familiar drop zone may require additional judgment when landing at higher elevation, in stronger winds, in tighter landing areas, or around unfamiliar traffic patterns.

A cautious approach is especially important when jumping somewhere new.

Transporting and Protecting the Equipment

Proper transportation helps preserve the condition of the system.

The rig should be protected from sharp objects, chemicals, moisture, excessive heat, and prolonged direct sunlight.

When traveling by vehicle, the equipment should be secured rather than left loose where it can be damaged.

During air travel, owners should also plan how the system will be transported and should retain any useful identification or equipment documentation.

After arriving at a destination, the system should be visually checked before use, particularly if it has been handled extensively during transportation.

Supporting Long-Term Progression

One of the strongest advantages of a suitable personal setup is the opportunity to build experience on familiar equipment.

Instead of constantly adjusting to different systems, the jumper can focus on refining technique and developing repeatable habits.

As experience increases, decisions about future equipment changes can be made gradually.

There is no requirement to change canopy size simply because more jumps have been completed. If the current configuration continues to suit the jumper’s weight, ability, and goals, remaining with a familiar canopy may provide greater value than downsizing prematurely.

Overall, this combination offers a practical foundation for continued development when used responsibly. Correct fit, professional inspection, appropriate loading, regular maintenance, disciplined training, and realistic progression remain the factors that determine whether the system is genuinely suitable for its next owner.

Buyer Evaluation, Equipment History, Compatibility, Ownership Value, and Final Considerations

A used parachute system should be evaluated as a complete technical package rather than as three separate pieces of equipment. The container, main canopy, and reserve must work together correctly, and each component should also be suitable for the jumper who intends to use it. For this setup, the most important considerations include equipment history, harness fit, canopy compatibility, maintenance condition, documented use, and realistic expectations about future progression.

A buyer who approaches the purchase carefully can gain a better understanding of the system before making a decision. This also reduces the chance of unexpected maintenance costs after the equipment changes ownership.

Reviewing the Equipment History

Before purchasing a used system, the buyer should obtain as much history as possible. Useful information includes approximate jump numbers, previous owners, major repairs, line replacements, reserve repack records, hard landings, water landings, extended storage periods, and any unusual incidents involving the equipment.

The supplied information indicates that the Sabre 190 has approximately 400 jumps or fewer. That provides a helpful starting point, but the number should be considered alongside the actual physical condition of the canopy.

A canopy with a moderate jump count can remain in excellent condition if it has been stored properly, packed carefully, and used in favorable environments. Conversely, equipment with fewer jumps can deteriorate more quickly when exposed repeatedly to sand, dirt, intense sunlight, moisture, or poor handling.

The Icon container dates from 2015, while the Tempo 170 reserve is an older component that has reportedly remained in excellent condition. These details should be confirmed through serial numbers, data cards, labels, and inspection records whenever they are available.

Importance of Documentation

Documentation can significantly improve confidence when buying used equipment.

The reserve packing data card is particularly important because it can provide a record of previous inspections and repacks. Depending on how complete the records are, it may also show who performed previous work and when certain maintenance was completed.

Receipts, repair notes, manufacturer correspondence, or line-replacement records may provide additional useful information.

Not every older system will have a complete history, especially if it has changed owners several times. However, missing documentation should encourage a more detailed inspection rather than automatic rejection.

The condition of the equipment should ultimately be established by a qualified professional.

Confirming Component Compatibility

The current combination consists of the Icon container, Sabre 190 main canopy, and Tempo 170 reserve.

A buyer should confirm that these components are appropriate for the specific container size and configuration.

Canopy compatibility involves more than fitting fabric into a deployment bag. Packing volume can vary by canopy model, material, age, and construction.

A canopy that is excessively large for a container can make closing difficult and may place unnecessary pressure on components. A canopy that is too small can also create problems if it does not occupy the space intended by the container design.

Professional confirmation is therefore important before changing the current configuration.

This becomes especially relevant if the future owner plans to install a smaller main canopy later.

The supplied information suggests that the container may allow progression toward a canopy of approximately 150 square feet. That should be treated as a general indication rather than a guaranteed sizing rule.

The exact canopy model and packing volume should be checked before any change is made.

Evaluating the Harness for the Individual Jumper

Harness sizing should be one of the buyer’s highest priorities.

The reported height range of approximately 5 feet 10 inches to 6 feet 4 inches suggests that the system was designed around a relatively tall body profile. However, height alone does not determine whether the harness will fit properly.

A buyer should consider torso length, shoulder width, hip position, leg size, and overall body proportions.

When trying on the system, the buyer should wear clothing similar to what would normally be used during jumping. This provides a more realistic indication of how the harness will feel in actual use.

The main lift web should sit correctly, the leg straps should position securely, and the chest strap should fall in an appropriate location.

The harness should not shift excessively during movement.

At the same time, it should not be so tight that normal movement becomes uncomfortable.

A knowledgeable rigger or experienced instructor can help assess the fit.

Considering Total Ownership Cost

The purchase price is only one part of owning a used system.

A buyer should also consider possible inspection costs, reserve repacking, replacement of worn components, installation of a current activation device, shipping, adjustments, and any maintenance recommended after inspection.

Because the system should be considered without a serviceable current activation device, the buyer should include the cost of obtaining an appropriate replacement when calculating the complete investment.

The main canopy may also eventually need line work depending on inspection findings.

These potential expenses do not necessarily make the system undesirable. Instead, they allow the buyer to understand the realistic total cost before completing the purchase.

A lower initial price can become less attractive if substantial maintenance is immediately required.

Conversely, a well-maintained system with strong documentation can represent good long-term value even if its initial purchase price is higher.

Why Familiar Equipment Can Be Beneficial

Regular use of the same equipment can help a jumper develop strong familiarity.

The position of the handles becomes consistent. Harness adjustment becomes routine. Packing procedures become more familiar. The jumper also becomes accustomed to the normal opening characteristics and flight behavior of the main canopy.

This consistency can reduce unnecessary variables during training.

However, familiarity should never replace inspection.

Experienced owners should continue checking their equipment carefully even after hundreds of jumps on the same system.

Routine familiarity works best when combined with disciplined maintenance and continued training.

When Maintenance Should Be Addressed

Maintenance should be performed whenever wear, damage, unusual behavior, or manufacturer requirements indicate that attention is needed.

Small problems should not be ignored simply because the system still appears functional.

Examples may include worn stitching, damaged webbing, fraying lines, unusual closing-loop wear, hardware corrosion, damaged risers, or irregular canopy openings.

Changes in opening characteristics can sometimes indicate that something has changed in packing technique, line condition, body position, or canopy trim.

A professional assessment can help determine the cause.

Preventive maintenance can also be more practical than waiting until a component becomes unusable.

Replacing a worn part early may protect surrounding components and reduce the likelihood of more extensive repairs.

Assessing Suitability for a Developing Jumper

This configuration may be especially attractive to someone transitioning from student or rental equipment to personally owned gear.

The Sabre 190 provides a canopy size that may suit some developing jumpers when wing loading and experience are appropriate.

The system also offers potential room for future progression without immediately replacing the container.

However, equipment should never be chosen only because it allows future downsizing.

The current configuration must first be appropriate for the jumper today.

A buyer should feel comfortable remaining on the current canopy for as long as necessary.

Progress should be determined by demonstrated ability rather than ownership of a container that can accommodate smaller equipment.

Preparing the System Before the First Jump

Once the purchase has been completed, the system should receive a full inspection before normal use.

Any required reserve work should be completed, and an appropriate current activation device should be installed if one is required or desired under the applicable rules and operating practices.

The jumper should then spend time becoming familiar with the system while on the ground.

Handle positions should be identified clearly.

Harness adjustment should be practiced.

Emergency procedures should be reviewed while wearing the actual equipment.

This preparation helps transfer training from generic practice equipment to the system that will actually be used.

The first jumps should also be approached conservatively.

A familiar drop zone, manageable weather conditions, and a clear landing area can make the transition to new equipment easier.

Long-Term Value of the Complete Setup

The value of this system is not based on one component alone.

Its usefulness comes from the overall combination of the Icon container, Sabre 190 main canopy, and Tempo 170 reserve, together with the possibility of continued use as the owner’s experience develops.

If the equipment passes inspection, fits correctly, and matches the jumper’s current ability, it can provide a practical platform for continued training and regular jumping.

As with any used parachute system, the strongest purchase decision will come from combining accurate history, professional inspection, realistic expectations, and proper sizing.

A buyer who carefully verifies these factors can make a much more informed decision and better understand what the system will require after purchase.

The goal should not simply be to own personal equipment. The goal should be to own equipment that fits properly, functions correctly, can be maintained responsibly, and supports steady development over time.