Used Vector V348 Complete Skydiving Rig – Sabre2 150, PD Reserve 160 and Mars M2 AAD

This Used Vector V348 is being offered as a complete personal skydiving package combining a United Parachute Technologies Vector harness/container, a Performance Designs Sabre2 150 main canopy, a Performance Designs PD 160 reserve, and a Mars M2 AAD dated 05/2020.

The container is stated to have approximately 100 jumps, making it a relatively low-use harness/container compared with many complete systems found on the second-hand market.

The reserve is stated to have zero rides, meaning it has reportedly never been deployed in an emergency.

The previous owner was approximately 5’9″ and 190 lb at the time of measurement. Those measurements provide useful fit context, but they should not be interpreted as a guaranteed fit for another jumper. Torso length, inseam, waist, chest dimensions, harness geometry, lateral length and individual body proportions all affect actual fit.

The entire system is being sold as a complete package, which can simplify the buying process for a suitably experienced jumper who wants a matched container, main, reserve and AAD rather than sourcing each component separately.

Current UPT sizing information lists the V348 as a container designed around a standard-main range of approximately 145–175 sq ft, with the Sabre2 150 specifically listed as an example fit. The V348 reserve tray is also listed for standard reserves around 140–165 sq ft, with the PD 160 specifically included in UPT’s detailed sizing chart.

That makes the stated Sabre2 150 and PD 160 configuration consistent with UPT’s current published fitment guidance.

Used Vector V348

The Vector V348 is part of United Parachute Technologies’ established Vector container family.

It is a sport-skydiving harness/container intended to integrate the main canopy, reserve canopy, risers, deployment system and emergency components into one compact system.

The V348 occupies a useful sizing range for jumpers using mains around the mid-100-square-foot range.

Approximately 100 Jumps on the Container

The container is stated to have roughly 100 jumps.

That is comparatively modest use for a sport harness/container.

Nevertheless, jump count alone should never determine condition.

Before purchase, the system should be inspected for:

Harness-webbing wear

Container-fabric wear

Stitching condition

Riser-cover security

Main-pin protection

Reserve-pin protection

BOC condition

Handle security

Hardware condition

Three-ring condition

Sabre2 150 Main

The installed main canopy is a Performance Designs Sabre2 150.

Performance Designs describes the Sabre2 as a powerful semi-elliptical nine-cell canopy with a wide speed range, comfortable openings, a comparatively long recovery arc and a strong bottom-end flare.

It has historically been used by a broad range of jumpers depending on wing loading and experience.

The 150 sq ft size should still be evaluated against the buyer’s complete exit weight.

Why the Sabre2 150 Is Significant

The Sabre2 is not simply a basic rectangular beginner canopy.

Its tapered design and responsive handling can provide considerably more performance when loaded more heavily.

At lighter loadings it can be comparatively manageable, while greater loading increases speed, responsiveness and landing energy.

Sabre2 Opening Character

The Sabre2 is known for comfortable inflation when correctly packed and deployed.

Actual opening behavior depends on:

Packing technique

Body position

Deployment speed

Line condition

Slider position

Pilot-chute condition

Container setup

Sabre2 Flare Performance

One of the better-known features of the Sabre2 is its strong flare.

A well-trimmed canopy flown with sufficient airspeed can provide substantial bottom-end lift.

However, effective flare performance still depends heavily on pilot technique and line condition.

Sabre2 Line Condition

The line set should be inspected before purchase.

Check:

Suspension-line wear

Brake-line wear

Trim

Stitching

Connector links or soft links

Line attachment points

PD Reserve 160

The reserve is a Performance Designs PD 160.

Performance Designs lists the PD-160R at 160 sq ft.

It is part of the company’s long-established conventional reserve range.

Zero Reserve Rides

The owner states that the reserve has zero rides.

In other words, no emergency deployment is reported.

That is useful ownership history.

However, the reserve must still receive normal inspection and repacking regardless of whether it has been deployed.

Why Zero Rides Matters

A reserve that has never been deployed has not been subjected to an actual emergency opening and landing.

Nevertheless, routine packing cycles, age and storage history still matter.

PD 160 Published Weight Limit

Performance Designs publishes a 254 lb maximum FAA suspended-weight limit for the PD-160R.

This is a maximum certification limit, not a recommended operating target.

Reserve suitability should still be evaluated using the jumper’s exit weight, experience and likely emergency landing conditions.

Mars M2 AAD 05/2020

The system includes a Mars M2 AAD dated 05/2020.

If May 2020 represents the unit’s manufacturing date, the device falls within Mars’ stated 15-year total service-life framework.

Current device condition and remaining service life should still be confirmed from the actual unit, serial information and manufacturer documentation.

Why the Mars M2 Matters

An AAD adds an additional emergency layer to the parachute system.

It should never replace:

Altitude awareness

Emergency procedures

Deployment decisions

Training

Good judgment

Owner 5’9″ and 190 lb

The previous owner was approximately 5 feet 9 inches tall and 190 lb when measured.

These measurements are useful only as approximate fit context.

Two people with the same height and weight can have very different torso and leg dimensions.

Why Harness Fit Must Be Verified

Correct harness fit affects:

Container position

Leg-strap position

Chest-strap position

Cutaway-handle access

Reserve-handle access

Comfort

Freefall stability

Canopy comfort

A prospective buyer should try the rig on or have the harness dimensions evaluated by an experienced rigger.

Selling as a Complete Package

The system is being offered as a complete package.

That means the buyer can receive the primary equipment together rather than sourcing a container, main, reserve and AAD separately.

Why a Complete Package Can Be Attractive

Buying a complete matched system can reduce:

Compatibility uncertainty

Additional component sourcing

Extra shipping

Repeated rigging work

Setup delays

However, the buyer must still confirm that every component suits their body size, experience and exit weight.

Why Container Compatibility Matters

The V348 is particularly relevant here because UPT currently lists the Sabre2 150 among the standard main examples associated with the V348.

The PD 160 reserve is also specifically listed for the V348 reserve tray.

That makes the stated canopy combination consistent with the manufacturer’s sizing information.

Why Main-Canopy Experience Matters

The Sabre2 is responsive enough that wing loading and pilot skill remain significant.

A person should not choose the system simply because the canopy physically fits the container.

Why Reserve Suitability Matters

Emergency canopy choice deserves the same care as main-canopy selection.

A reserve may need to be flown:

Under stress

Into an unfamiliar landing area

With limited planning time

In unusual wind conditions

For that reason, manageable reserve loading can be valuable.

Why the AAD Should Be Verified

AAD ownership history should include confirmation of:

Exact manufacture date

Serial number

Battery status

Device status

Cutter age

Correct installation

Manufacturer service-life limits

parachute jump australia

parachute jump australia searches commonly relate to Australian skydiving operations and personal equipment requirements.

A privately owned complete rig should be inspected and accepted according to local operational requirements before use.

skydive byron bay

skydive byron bay is primarily a destination-related search.

A jumper travelling with this system should confirm local equipment requirements.

weight limit skydiving

weight limit skydiving is directly relevant because total suspended weight influences both main and reserve canopy loading.

The buyer’s full exit weight should be used rather than body weight alone.

cairns skydiving

cairns skydiving concerns a destination and operation rather than a technical specification of this rig.

skydiving helmet

A skydiving helmet is separate personal equipment and is not listed as part of this package.

skydive helmets

skydive helmets should be selected according to fit, discipline and visibility requirements.

hook blade knife

A hook blade knife is separate emergency equipment.

It should not be assumed included unless specifically listed with the system.

tracking jump

A tracking jump requires appropriate separation, altitude awareness and deployment procedures.

The complete rig does not replace discipline-specific training.

parachute rig

A parachute rig combines a harness/container, main, reserve and associated deployment and emergency components.

This V348 is being sold as a complete system.

linewear

linewear is important on the Sabre2 150.

Line condition and trim can influence openings, flight characteristics and flare performance.

base jumping

base jumping uses specialized parachute equipment and procedures.

The Vector V348 complete package described here is a sport-skydiving rig.

sky helmet skydiving

A sky helmet skydiving search concerns head protection rather than the rig itself.

wingsuit sport

The wingsuit sport introduces specialized deployment considerations.

Any intended wingsuit use should be discussed with appropriately qualified instructors and riggers.

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vector wingsuit can describe the use of a Vector container in wingsuit disciplines.

However, suitability depends on configuration, experience and instructor guidance rather than the container name alone.

full face skydiving helmet

A full face skydiving helmet is separate equipment and is not listed with this package.

skydiving downsizing chart

A skydiving downsizing chart can provide general guidance, but it should never replace coaching.

A Sabre2 150 may be appropriate for one jumper and inappropriate for another.

landing flight risers

landing flight risers relates to canopy-control techniques.

Riser inputs should only be used within the jumper’s training and experience.

fire parachute

The phrase fire parachute does not describe this system.

It is a conventional sport-skydiving rig.

cypress fire skydiving

cypress fire skydiving is not a specification of this package.

This system includes a Mars M2 rather than a CYPRES AAD.

skydiving rigging

skydiving rigging is essential when purchasing a complete used system.

The container, main, reserve and AAD should all be inspected.

baseline jumping

baseline jumping is associated with fixed-object parachuting terminology and should not be confused with conventional sport skydiving.

sky diving helmet

A sky diving helmet is separate from the Vector container.

hook knife skydiving

A hook knife skydiving tool is a separate emergency accessory.

landing flight risers

The repeated phrase landing flight risers relates to canopy-flight technique rather than the physical condition of the V348.

skydiving glasses

skydiving glasses or goggles provide eye protection and are separate from this complete rig.

nude parachute jump

A nude parachute jump is unrelated to the technical configuration or condition of this system.

ifly colorado springs

ifly colorado springs relates to indoor bodyflight rather than parachute-canopy use.

skydive hook knife

A skydive hook knife is separate emergency equipment and is not listed as included.

skydiving helmet full face

A skydiving helmet full face setup should be selected separately.

skydiving blue hole belize

skydiving blue hole belize is a destination-oriented search and does not affect the specifications of the rig.

smallest canopy

The smallest canopy appropriate for a jumper cannot be determined from container capacity alone.

Experience and wing loading matter considerably more.

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skydiving speed can influence deployment loads and opening behavior.

Good body position and appropriate deployment technique remain important.

wing suits for sale

wing suits for sale concerns separate flight garments.

skydiving nude

skydiving nude has no relation to the equipment specifications of this package.

parts of a parachute

The primary parts of a parachute system include:

Harness

Container

Main canopy

Reserve canopy

Risers

Deployment components

Emergency handles

AAD where fitted

This package includes the principal complete-system components.

container skydive

A container skydive system must match the pack volumes of the installed canopies.

The V348 is listed by UPT for the Sabre2 150 and PD 160 size combination.

g35 helmet

The G35 helmet is separate personal equipment and is not part of this package.

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The best skydiving helmet depends on fit, discipline and personal preference rather than the container model.

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skydive belize is a location-related search rather than an equipment specification.

freefly pud handle

A freefly pud handle is one possible deployment-handle arrangement.

The actual deployment-handle configuration installed on this V348 should be confirmed visually.

gliding suit wingsuit

A gliding suit wingsuit changes deployment conditions and requires additional training.

jumper pilot

A jumper pilot in the canopy context is responsible for controlling the main after deployment.

The Sabre2’s responsive handling rewards deliberate control.

crw skydiving

crw skydiving involves specialized canopy-relative work.

Suitability of this configuration for specialized disciplines should be evaluated by experienced instructors.

gear bag skydive

A gear bag skydive accessory can help protect the rig during transport and storage.

No gear bag is specifically listed as included.

skydiving equipment list

A typical skydiving equipment list may include:

Complete rig

Helmet

Altimeter

Eye protection

Jumpsuit

Discipline-specific accessories

indoor wingsuit

indoor wingsuit training takes place in specialized facilities and is separate from actual parachute deployment.

can you wear glasses while skydiving

For can you wear glasses while skydiving, suitable goggles or helmet systems can often accommodate corrective glasses.

This does not alter the rig specifications.

wingsuit

A wingsuit requires specialized instruction and an appropriately configured deployment system.

skydiving website

A reputable skydiving website can provide manuals, fitment charts and manufacturer documentation.

For this system, UPT, Performance Designs and Mars documentation should take priority.

cookie g4 helmet

The Cookie G4 helmet is separate personal equipment and is not included in the stated package.

base canopy

A base canopy is designed for a different operating environment.

The Sabre2 should not be presented as dedicated BASE equipment.

new skydive

A new skydive student or newly licensed jumper should seek professional advice before selecting a complete personal rig.

#skydiving latest

The phrase #skydiving latest may surface current equipment trends, but gear decisions should be based on manufacturer guidance and professional inspection.

canopy flight

canopy flight is where the Sabre2 150 becomes the most important component in the system.

Its handling, recovery and flare should match the jumper’s actual skill.

skydiver goggles

skydiver goggles provide eye protection and are separate from this complete rig.

speed sky diving

speed sky diving is a specialized discipline involving high freefall speeds.

Deployment systems should be configured appropriately for the intended discipline.

fly suits

fly suits and jumpsuits are separate from the rig.

skydiving rig

A skydiving rig should be treated as a complete life-support system rather than a collection of unrelated parts.

safire 3

The Safire 3 is a different sport main canopy.

It should not be confused with the Sabre2 installed in this V348.

skydiving gliding suit

A skydiving gliding suit is separate equipment that may influence deployment conditions.

fluid wings

Fluid Wings is another parachute-canopy manufacturer.

The installed main and reserve here are from Performance Designs.

price of wingsuit

The price of wingsuit equipment is unrelated to the value of this complete package.

tandem wingsuit

A tandem wingsuit search does not describe this V348 configuration.

skydiving tube

A skydiving tube is generally a freefall prop and is not part of this complete rig.

Why the Vector V348 Can Be a Strong Complete-Rig Option

The strongest feature of this package is that the major components are already assembled around a known container size.

The V348 is currently listed by UPT as suitable for the installed 150 main and 160 reserve sizes.

That reduces one major area of uncertainty when evaluating a used system.

How Good Is the Sabre2 150?

The Sabre2 has earned a long-standing reputation as an all-around sport canopy.

Its defining characteristics include:

Responsive handling

Powerful flare

Wide speed range

Comfortable openings

Longer recovery character than conservative seven-cell designs

Its suitability still depends heavily on loading.

How Good Is the PD 160 Reserve?

The PD 160 is a conventional Performance Designs reserve with a long-established certification history.

Its role is emergency reliability rather than recreational performance.

The fact that the owner reports zero rides is useful, but current inspection and repack status remain more important than deployment count alone.

Why the Mars M2 Adds Value

Including an AAD eliminates the immediate need to source another unit if the existing device is still within its approved service life and operating correctly.

If the listed 05/2020 date is its manufacturing date, the unit should be evaluated against Mars’ 15-year total lifetime limit.

Precision of System Matching

For a complete parachute system, precision means correct compatibility between components.

The main should fit the main tray.

The reserve should fit the reserve tray.

The harness should fit the jumper.

The AAD should be correctly installed.

The main and reserve should both be appropriate for the jumper’s exit weight and experience.

Important Harness Information

The previous owner’s 5’9″, 190 lb measurements provide useful context but cannot guarantee fit.

Before use, confirm:

Torso fit

Laterals

Leg straps

Chest strap

Container position

Emergency-handle reach

Important Main-Canopy Information

Before use, inspect:

Top and bottom skins

Lines

Line trim

Slider

Brake lines

Attachment points

Links

Repairs

Serial and data labels

Important Reserve Information

Verify:

Reserve serial number

DOM

Packing card

Latest repack

No-ride history

Fabric condition

Line condition

Compatibility

Jumper loading

Important AAD Information

Verify:

Exact unit model

Manufacture date

Serial number

Battery status

Cutter date

Installation

Remaining lifetime

Operational status

Why Professional Inspection Matters

A complete rig should be independently inspected even when the stated jump count is low.

Approximately 100 jumps can indicate limited use, but it does not confirm:

Correct storage

Correct assembly

No hidden damage

Current reserve status

Current AAD status

Proper harness fit

When This Package Makes Sense

This setup may make sense for a jumper who:

Fits the Vector harness correctly

Has suitable experience for a Sabre2 150

Wants a complete package

Prefers a PD 160 reserve

Wants an AAD already installed

Values a relatively low-jump container

Where This Rig Fits Best

The system is intended for conventional sport skydiving.

Its actual discipline suitability should be evaluated according to configuration and training.

Why Fit Comes Before Appearance

A rig can look excellent and still be unsuitable if the harness dimensions are wrong.

Fit should always be prioritized over color, styling or convenience.

Why Wing Loading Comes Before Canopy Size

The number “150” does not tell the whole story.

A 150 sq ft canopy loaded lightly can behave very differently from the same canopy loaded heavily.

Why Reserve Loading Should Also Be Calculated

Main and reserve loading should both be considered.

Reserve handling may occur under stressful circumstances, so manageable performance matters.

Professional Inspection Before First Use

Before this complete package is jumped by a new owner, a qualified rigger should inspect:

Harness and container

Main canopy

Reserve

Risers

Three-ring system

Deployment bag

Pilot chute

Bridle

AAD installation

Emergency handles

Reserve documentation

Final Section 1 Assessment

This Used Vector V348 Complete Rig combines a respected UPT harness/container with a Performance Designs Sabre2 150 main, PD 160 reserve and Mars M2 AAD.

The container is stated to have only approximately 100 jumps, providing a comparatively low-use foundation for the complete package.

UPT’s current V348 sizing information specifically lists the Sabre2 150 among its standard main examples and the PD 160 among its compatible reserve options, making the stated configuration consistent with manufacturer fitment guidance.

The Sabre2 150 offers the responsive handling, strong flare and broad speed range for which the design is known.

The PD 160 reserve is stated to have zero rides, while Performance Designs publishes a maximum FAA suspended-weight limit of 254 lb for this reserve size. That maximum should never be treated as an ideal operating weight.

The Mars M2 AAD is listed with a date of 05/2020. If this is the device’s manufacture date, its remaining life should be determined using Mars’ published 15-year service-life limit along with the status of its cutter and actual operating condition.

The previous owner measured approximately 5’9″ and 190 lb, but those measurements alone cannot guarantee fit for another person. Harness fit must be checked directly.

For an appropriately trained jumper who fits the harness and is suited to the Sabre2 150 and PD 160 combination, this complete package can offer a convenient and technically coherent route into a personal system.

Before use, the entire setup should be inspected by a qualified rigger, the reserve documentation should be confirmed, the AAD status should be verified and the harness fit should be assessed on the new owner.

Harness Fit, Main and Reserve Compatibility, AAD Status, Inspection, Maintenance and Long-Term Ownership

Overall Character of the Complete System

This Used Vector V348 complete rig offers a balanced combination of a relatively low-jump harness/container, a well-established Performance Designs main canopy, a conventional Performance Designs reserve and a Mars automatic activation device.

The container is stated to have approximately 100 jumps, which is a comparatively modest amount of use for a sport-skydiving harness/container. That can be appealing to buyers who want a complete system without the wear that may be associated with heavily used rental or long-term personal equipment.

The installed main is a Sabre2 150.

The reserve is a PD 160 with zero reported rides.

The automatic activation device is a Mars M2 dated 05/2020.

The previous owner was approximately 5 feet 9 inches tall and 190 lb at the time of measurement.

Because the system is being sold as a complete package, the buyer can potentially avoid sourcing the major components individually.

However, complete does not automatically mean appropriate.

Every part of the system should match the buyer’s body measurements, experience level, exit weight, currency and intended use.

Why Harness Fit Matters

Harness fit is one of the most important parts of evaluating a used complete rig.

Even when the container size and installed canopies are appropriate, the system may still be unsuitable if the harness does not fit the new owner correctly.

Height and Weight Are Only Starting Points

The previous owner’s stated measurements provide useful context.

However, two people who are both 5 feet 9 inches and 190 lb can have noticeably different body proportions.

One person may have:

A longer torso

Shorter legs

A wider waist

Broader shoulders

Different hip proportions

Why Torso Length Matters

The harness must position the container correctly on the back.

If the harness is too long, the rig may sit too low.

If it is too short, the system may sit excessively high.

Why Container Position Matters

Correct positioning affects:

Comfort

Stability

Deployment-handle access

Cutaway-handle access

Reserve-handle access

Leg-strap geometry

Lateral Fit

The laterals connect the main harness structure to the container.

Their dimensions influence how closely the container sits against the jumper.

Why Loose Laterals Can Be Undesirable

Excessive movement can reduce comfort and stability.

Why Overly Tight Laterals Can Also Be Undesirable

Too little room can create pressure and restrict movement.

Leg-Strap Fit

Leg straps should support the jumper securely without creating excessive discomfort.

Why Leg-Strap Geometry Matters

The harness carries significant loads during opening.

Correct positioning therefore matters for both comfort and security.

Chest-Strap Position

The chest strap should sit in an appropriate location across the torso.

Why Fit Should Be Evaluated With the Rig On

Measurements alone cannot fully reveal how a harness feels.

A buyer should ideally wear the system while an experienced rigger evaluates the fit.

Emergency Handle Access

The cutaway and reserve handles should be easy to locate and reach.

Why Body Shape Affects Handle Position

A harness that fits one person correctly may position the handles differently on another body.

Practice Matters

A new owner should become familiar with handle locations before jumping the system.

Container Condition

The Vector V348 should be inspected thoroughly despite the stated low jump count.

Main Areas to Check

A professional inspection should include:

Harness webbing

Main closing flaps

Reserve flaps

Main pin area

Reserve pin area

Riser covers

Bottom-of-container pocket

Deployment handle

Emergency handles

Hardware

Stitching

Three-ring assemblies

Why Closing-Flap Condition Matters

The flaps help maintain the security and organization of the deployment system.

Main Pin Protection

The main closing pin should remain properly protected during normal movement and freefall.

Why Pin Protection Is Important

Unwanted pin movement can affect deployment security.

Reserve Pin Protection

The reserve closing system deserves equal attention.

Why Reserve Integrity Is Critical

The reserve must remain secured until intentionally or automatically activated.

Riser Covers

Riser covers should remain properly closed and secure.

Why Loose Riser Covers Matter

Unexpected riser exposure can create unnecessary deployment-system concerns.

Bottom-of-Container Pocket

The deployment pocket should be inspected for retention and wear.

Check For

Stretching

Loose stitching

Fabric wear

Poor elasticity

Damage

Why Deployment-Handle Retention Matters

The handle should remain secure throughout normal freefall.

Harness Webbing

Load-bearing webbing should be examined closely.

Look For

Cuts

Fraying

Abrasion

Burns

Contamination

Damaged stitching

Hardware Condition

Metal hardware should remain free from severe corrosion, distortion or sharp edges.

Why Hardware Matters

Buckles and rings are structural components of the harness system.

Structural Stitching

Load-bearing stitching should remain intact and consistent.

Why Cosmetic Wear Is Different

Minor cosmetic marks may have little effect on airworthiness.

Structural wear is much more important.

Main Canopy Overview

The installed Sabre2 150 is a sport canopy with responsive handling and a strong flare.

It should be matched carefully to the jumper.

Why Canopy Experience Matters

The same canopy can feel very different under different wing loadings.

Wing Loading

Wing loading is based on complete suspended weight rather than body weight alone.

Why Exit Weight Is Important

Total exit weight can include:

Body weight

Clothing

Rig

Helmet

Accessories

Additional equipment

Why Higher Wing Loading Changes Performance

Higher loading can increase:

Forward speed

Descent rate

Turn response

Landing energy

Why Square Footage Alone Is Not Enough

The number 150 does not automatically indicate whether the canopy is conservative or aggressive for a particular jumper.

Currency

Recent jumping experience should also be considered.

Why Old Experience Can Be Misleading

A jumper may have many historical jumps but limited recent canopy practice.

Landing Consistency

Before moving onto a new rig, the buyer should be confident in current canopy-control skills.

Useful Questions to Consider

Can you fly consistent landing patterns?

Can you manage moderate crosswinds?

Can you perform accurate approaches?

Can you flare consistently?

Can you handle traffic safely?

Why Coaching Can Help

An instructor or canopy coach can provide a more objective assessment.

Sabre2 Line Condition

The main line set should be inspected.

Check For

Fraying

Fuzzing

Uneven wear

Hard spots

Contamination

Damaged stitching

Trim changes

Why Trim Matters

Line length influences the canopy’s aerodynamic shape.

Trim Can Affect

Opening behavior

Glide

Turn response

Flare

Recovery

Steering Lines

Brake lines deserve particular attention.

Why Brake Lines Wear

They move through guide rings repeatedly and are handled on every jump.

Check Brake Settings

Correct brake settings support proper opening and flight characteristics.

Slider Condition

The main slider should be inspected.

Check

Fabric

Tapes

Grommets

Stitching

Symmetry

Why Grommets Matter

Damaged grommets can accelerate line wear.

Main Canopy Fabric

The canopy should be examined for:

Holes

Tears

Abrasion

Burns

Repairs

Stains

Why Fabric Condition Matters

Healthy fabric supports predictable inflation and aerodynamic performance.

Line Attachment Points

Attachment areas should remain intact.

Why These Areas Matter

They transfer suspension-line loads into the canopy structure.

Main Canopy Label

The identification label should be checked for:

Model

Size

Serial number

DOM

Manufacturer

Why Documentation Matters

It confirms that the physical canopy matches the sales description.

Reserve Overview

The PD 160 is the system’s emergency canopy.

The owner states that it has zero rides.

Why Zero Rides Is Useful Information

A reserve that has never been deployed has not experienced an emergency opening and landing.

Why Zero Rides Does Not Eliminate Maintenance

Reserve systems still require regular inspection and repacking.

Reserve Packing Data Card

The reserve data card should be reviewed carefully.

Check

Repack dates

Rigger information

Inspection history

Repair entries

Reserve identification

Why the Data Card Matters

It provides a documented maintenance history.

Current Repack Status

The buyer should confirm whether the reserve is currently within the applicable legal repack interval.

Why Rules Can Vary

Repack requirements depend on jurisdiction and governing regulations.

Reserve Fabric and Lines

A qualified rigger should inspect:

Fabric

Lines

Slider

Links

Pilot chute

Freebag

Deployment components

Reserve Loading

The reserve should be evaluated separately from the main.

Why Emergency Wing Loading Matters

An emergency landing may occur:

Under stress

In unfamiliar terrain

With limited planning time

In changing winds

Why Maximum Limits Should Not Be Treated as Targets

Certification limits are not the same as recommended operating weights.

Reserve Manageability

A reserve should be realistically manageable by the jumper expected to use it.

AAD Overview

The system includes a Mars M2 dated 05/2020.

Why the Date Matters

If the listed date is the manufacturing date, the buyer can estimate remaining service life under current manufacturer guidance.

What Should Be Verified

Exact model

Manufacture date

Serial number

Operational status

Battery condition

Cutter condition

Installation

Why the Actual Device Must Be Checked

A listing date alone is not enough to determine status.

AAD Installation

The device should be installed according to manufacturer and container requirements.

Why Correct Installation Matters

The cutter, control unit and processing unit must be positioned correctly.

Why an AAD Is an Additional Layer

It does not replace:

Altitude awareness

Deployment decisions

Emergency procedures

Training

Three-Ring Release System

The three-ring system should receive regular attention.

Why It Matters

It provides the mechanical release between the main risers and harness.

Check

Ring alignment

Loop condition

Cable routing

Housing security

Webbing condition

Cutaway Cables

The cables should be maintained according to manufacturer instructions.

Why Dirt Can Matter

Contamination can increase extraction force.

Reserve Handle

The reserve handle should remain secure yet accessible.

Cutaway Handle

The cutaway handle should also remain properly retained.

Why Emergency Procedure Practice Matters

A new rig owner should repeatedly rehearse handle location and sequence while wearing the actual system.

Main Deployment Components

The deployment system should also be inspected.

Pilot Chute

Check:

Fabric

Mesh

Handle

Bridle attachment

Kill line if fitted

Bridle

The bridle should remain free from excessive wear.

Deployment Bag

The bag should match the container and canopy.

Why System Compatibility Matters

A main canopy does not deploy independently from the container system.

Container Pack Volume

The main and reserve must both fit their respective trays correctly.

Why Correct Pack Volume Matters

A system that is too tight can create unnecessary closing pressure.

A system that is too loose may affect security and deployment configuration.

Professional Pack-Volume Confirmation

A qualified rigger should verify the fit.

Opening Behavior

The Sabre2 is often appreciated for comfortable openings, but actual opening behavior depends on the full system.

Factors Include

Packing

Body position

Deployment speed

Line condition

Slider position

Pilot chute

Container setup

Stable Body Position

A stable deployment position helps reduce asymmetry.

Why Body Position Matters

Uneven body position can influence heading and inflation.

Packing Consistency

Repeatable packing can support predictable deployment.

Why Packing on Clean Surfaces Matters

Repeated contact with rough surfaces can accelerate fabric wear.

Canopy Flight

The main canopy should be learned progressively.

Why First Jumps Matter

A new owner should avoid treating the first jump on unfamiliar equipment as a routine jump.

Better Conditions for Early Jumps

Familiar drop zone

Comfortable winds

Good visibility

Large landing area

Lower traffic

Why Conservative Conditions Help

They reduce unnecessary variables.

High-Altitude Familiarization

Control inputs should be explored with generous altitude.

Useful Areas to Evaluate

Toggle response

Braked flight

Harness input

Rear-riser feel

Flare range

Recovery behavior

Why Low-Altitude Experimentation Is Dangerous

Altitude provides room for recovery from unexpected behavior.

Landing Pattern

A predictable pattern supports safer traffic management.

Why Traffic Awareness Matters

Landing areas can become crowded quickly.

Final Approach

A stable final approach is preferable.

Why Aggressive Low Turns Are Dangerous

Low-altitude turns can rapidly increase descent and speed.

Flare Timing

The flare should be learned for the individual main.

Why Timing Changes Between Canopies

Different wings carry speed and lift differently.

Wind Conditions

Wind influences ground speed and pattern planning.

Why Tailwinds Increase Landing Speed

The airspeed may remain similar while ground speed increases substantially.

Density Altitude

Hot or high conditions can also change landing feel.

Why This Matters

The canopy may carry more ground speed and require more precise timing.

Canopy Coaching

Professional coaching can improve transition quality.

Useful Training Areas

Patterns

Accuracy

Braked approaches

Rear-riser control

Flare technique

Emergency landing planning

Harness Comfort Under Canopy

The harness should remain comfortable during suspended flight.

Why This Matters

A rig may feel acceptable on the ground but different after opening.

Leg-Strap Pressure

Improper fit can create unnecessary discomfort.

Main Lift Web Position

The rig should remain correctly positioned after deployment.

Storage

The entire system should be stored carefully.

Ideal Environment

Cool

Dry

Dark

Clean

Away from chemicals

Away from pests

Why UV Exposure Matters

Sunlight can degrade parachute fabrics and webbing over time.

Heat Exposure

Avoid prolonged storage in hot vehicles.

Why Heat Matters

Extreme temperatures can affect textiles and electronics.

Moisture

The rig should remain dry.

Why Damp Storage Is Undesirable

Persistent moisture can affect textiles, hardware and electronic components.

Chemicals

Avoid exposure to:

Fuel

Oil

Solvents

Bleach

Strong cleaners

Why Chemical Contamination Is Serious

Some substances can weaken materials without obvious immediate damage.

Transport

Use a protective gear bag when possible.

Why Protection Helps

It reduces exposure to:

Dirt

Abrasion

Sharp objects

Moisture

Vehicle contaminants

Travel

Additional care should be taken during air travel.

Why Documentation Can Be Useful

Manufacturer documentation can help when security personnel ask about the system.

Cleaning

Cleaning should be conservative.

Why Aggressive Washing Is Inappropriate

Unsuitable detergents or cleaning methods can damage parachute materials.

If Contamination Occurs

Consult a rigger or manufacturer guidance.

Repair History

Ask whether any component has been repaired.

Why Repairs Are Not Automatically a Problem

Professional repairs can be acceptable.

What Matters

Repair location

Extent

Work quality

Documentation

Hard Opening History

Ask whether the system has experienced any unusually hard deployments.

Why This Matters

Hard openings can stress:

Harness webbing

Risers

Canopy attachment points

Lines

Container structure

Water Exposure

Ask whether any component has been exposed to water.

Saltwater

Saltwater deserves particular attention.

Why Salt Exposure Matters

Residue can affect both textiles and hardware.

Routine Pre-Jump Checks

The complete system should be checked before every jump.

Areas to Review

Main pin

Reserve pin

Riser covers

Handles

Three-ring system

Leg straps

Chest strap

Pilot chute

AAD display

Why Small Problems Are Better Found Early

An issue discovered before boarding can usually be addressed calmly.

Long-Term Main Maintenance

The main canopy will eventually require routine wear-item maintenance.

Likely Future Needs

Line replacement

Brake-line replacement

Slider inspection

Minor repairs

Why Lines Are Consumable

Repeated loading and friction gradually alter them.

Long-Term Reserve Maintenance

The reserve requires scheduled inspection and packing.

Why No-Ride History Does Not Change This

Emergency equipment still ages and must remain documented.

Long-Term AAD Ownership

The device should remain within manufacturer service-life requirements.

Why Calendar Time Matters

AAD service life is based partly on manufacturing date.

Record Keeping

Keep documentation for:

Container

Main

Reserve

AAD

Repacks

Repairs

Inspections

Why Records Preserve Value

Clear history makes future resale easier.

One Complete Package

Buying the system together can reduce the complexity of assembling a rig.

Why This Is Convenient

The buyer does not immediately need to locate:

A separate container

A main canopy

A reserve canopy

An AAD

Why Convenience Should Not Override Suitability

The package only makes sense if the components are appropriate for the buyer.

Who May Find This System Suitable

This system may suit someone who:

Fits the harness correctly

Has appropriate experience for the main

Has a suitable exit weight

Wants a complete setup

Values a relatively low-jump container

Who May Need a Different Main

A more conservative canopy may be appropriate for someone with:

Low recent currency

Limited canopy experience

Inconsistent landings

A lower total jump count

Who May Need a Different Harness

Even a perfect canopy combination is unsuitable if the harness does not fit.

Why Main and Reserve Should Be Evaluated Separately

The main is flown intentionally.

The reserve may be flown under stress.

Both should be manageable.

Why Appearance Comes Later

Color and cosmetic appearance can be attractive, but function and fit matter more.

Resale Considerations

Future resale value can be supported by:

Clean maintenance records

Documented reserve packs

Known AAD history

Professional repairs

Good storage

Low additional wear

Long-Term Ownership Cost

Potential expenses can include:

Reserve repacks

AAD replacement

Main line replacement

Closing loops

Pilot-chute maintenance

Rigger inspections

Repairs

Why Budgeting Matters

Even a complete used package will continue to require maintenance.

Professional Inspection Before Purchase

A qualified rigger should inspect the full system.

The Inspection Should Cover

Harness fit

Webbing

Container

Main canopy

Reserve

AAD

Risers

Three-ring system

Deployment components

Handles

Why Independent Inspection Matters

The seller’s description is useful but should not replace professional evaluation.

Professional Inspection Before the First Jump

Final setup should also be checked before the new owner jumps it.

Why Ownership Change Matters

A different body introduces a new harness-fit question.

First Jump Planning

The first jump should be simple and conservative.

Why Familiar Conditions Are Better

They reduce workload.

After the First Jump

Recheck:

Harness comfort

Main opening behavior

Handle position

Canopy response

Landing feel

Why Early Feedback Matters

Small compatibility issues are easier to address early.

Final Section 2 Assessment

This Used Vector V348 complete rig offers a practical combination of relatively low container use, a proven Performance Designs main, a no-ride reserve and an included Mars M2 AAD.

The approximately 100-jump container history is attractive, but the most important buying factors remain fit, compatibility and current condition.

The previous owner’s stated height and weight provide a useful starting reference, but they do not guarantee fit for another jumper.

The harness should be tried on and evaluated professionally.

The Sabre2 150 should be matched to the buyer’s experience, exit weight and current landing ability.

The PD 160 reserve should be evaluated independently for emergency landing suitability.

The Mars M2 dated 05/2020 should be checked for exact manufacture information, installation and remaining service life.

The complete system should also be inspected for harness wear, container condition, line condition, slider condition, reserve documentation, deployment components and AAD status.

Long-term ownership should include careful storage, routine inspections, reserve repacks, line monitoring, AAD tracking and clear maintenance records.

When those requirements are met, this V348 package can provide a convenient and coherent complete system for a suitably experienced jumper who fits the harness and is appropriately matched to both the main and reserve canopies.