Are you 18 years old or older?
Sorry, the content of this store can't be seen by a younger audience. Come back when you're older.
One bench. Two surfaces. Two training intentions. One coordinated athlete-positioning system.
Joint Ops™ is an integrated selectable-surface bench platform in development. It preserves a familiar Standard Flat Bench mode for specificity and conventional use, then adds a performance mode built around deliberate contact geometry, shoulder and upper-arm clearance, lumbar relationship, seat position, and repeatable setup.
Available now: experience The Launch Pad® →Current prototype and CAD reference. Photography and engineering drawings show a functional development unit, not a final production specification. Geometry, mechanisms, dimensions, weight, finish, and accessories remain subject to validation.
Joint Ops™ does not ask coaches or lifters to choose a side. It gives the same platform two legitimate jobs.
When a test, competition, combine, or technical practice happens on a conventional planar surface, specificity matters. When the training objective calls for designed contact geometry and a coordinated setup relationship, the surface should be selectable too.
The conventional planar surface remains valuable for competition-specific practice, combine testing, standardized team assessments, and lifters who simply want the familiar baseline.
The performance surface adds deliberate torso geometry and coordinates it with the lumbar and seat. The objective is a different contact environment for training—not a claim that every athlete should abandon flat-bench practice.
The Standard Flat Bench is a defined baseline used throughout sport, testing, powerlifting, and training culture. Joint Ops™ preserves it because the exact environment matters when the goal is to perform in that exact environment.
One flat plane cannot be the only available relationship for thousands of bodies, training histories, and program intentions. A selectable interface makes contact geometry another programmable equipment variable.
The current prototype uses a rotating, indexed torso assembly to place either surface in the active user-contacting position.
That mechanism is a working embodiment—not a promise that every production detail will remain identical. DFM is evaluating the most durable, intuitive, serviceable, and manufacturable path while preserving the same central function: selectable surface intent on one bench.
Current CAD and prototype reference showing the conventional support mode. The active surface is positioned for familiar bench use. Exact production hardware and handling force remain under engineering review.
The current prototype demonstrates rotation, indexing, and locking of the torso assembly. This image documents development function; it is not an instruction for operating a final production unit.
The contoured Performance Interface™ becomes the active torso surface while the same bench retains adjustable flat and incline use. The side-by-side image demonstrates two contact conditions; it does not claim a measured outcome.
The mechanism can evolve. The training choice must remain: preserve the baseline or select performance geometry.
Joint Ops™ treats the back, lumbar, and seat as a coordinated athlete-positioning system rather than unrelated adjustment features.
Changing one relationship can alter the others. The design objective is to help coaches and lifters select a coherent setup for the athlete, exercise angle, and training intention instead of compensating for a fixed platform one cue at a time.
The selectable torso section is designed to remain functional as the back assembly moves through flat, incline, and intermediate positions. That matters because the contact surface should not become irrelevant as soon as the bench leaves zero degrees.
Current design target: visible indexed back-angle positions around 20°, 30°, 45°, 60°, and 75°. Final angles and markings require production validation.
The lumbar support is not intended to act as a seat beneath the hips. It is positioned relative to the seat and torso surface so the athlete can find a clearer, repeatable support relationship across body sizes and bench angles.
Current design target: four visibly indexed lumbar positions. Final travel and geometry remain subject to validation.
Seat angle influences how the pelvis, hips, torso, lumbar support, and feet relate to one another. Joint Ops™ makes that relationship adjustable so flat and incline setups can be coordinated rather than improvised.
Current design target: seat-angle positions around 0°, 10°, 20°, and 30°. Final range remains subject to DFM and validation.
Torso length, hip position, bench angle, and exercise selection can change the seat relationship an athlete needs. Fore-aft adjustment helps coordinate the seat with the lumbar and active torso surface instead of forcing every body into one fixed gap.
Current design target: visibly indexed fore-aft positions. Final quantity, spacing, and travel remain under engineering review.
The current prototype demonstrates both surfaces across familiar pressing applications while preserving the larger goal: a configurable relationship between athlete, surface, back, lumbar, and seat.
Standard modeConventional support mode remains available as the back assembly moves into incline positions.
Prototype-use demonstration · no outcome claim
Two surfacesA side-by-side view makes the core selection visible: familiar planar support or contoured performance geometry.
Visual comparison · not a biomechanical measurement
Performance modeThe performance surface is shown at the bottom of a dumbbell repetition, where contact geometry and usable depth are most visible.
Prototype-use demonstration · no Joint Ops study result
System relationshipA close view of the seat, lumbar support, and torso surface working together rather than acting as isolated pads.
Current prototype · final geometry subject to validationJoint Ops™ is being refined with the realities of high-volume training, different bodies, limited floor space, staff adoption, procurement, transport, maintenance, and facility identity in mind.
Give coaches selectable surfaces and visible adjustment references without requiring two separate benches at every station.
A useful tool has to survive volume and varied users while remaining understandable to coaches, operators, and decision-makers.
Offer a distinct surface-based pressing system while retaining the conventional bench function clients already know.
One selectable platform can support conventional use and a premium performance experience in the same station.
Joint Ops™ is a performance platform, not a medical device. Any clinical or return-to-press application remains the qualified professional’s decision.
For lifters who want both conventional specificity and integrated performance geometry without buying two separate premium benches.
The public page should show enough to build confidence, but not pretend the hardest work is over.
Joint Ops™ is in DFM refinement and validation. That means reducing unnecessary mass and complexity, improving transport and storage, refining adjustment ergonomics, protecting floors, clarifying position indicators, validating locks and structures, and building a repeatable manufacturing path.
The point-of-contact thesis begins with The Launch Pad®.
Selectable surfaces, coordinated back, lumbar, and seat relationships become functional hardware.
Coaches and lifters interact with the platform and expose practical design friction.
Weight, handling, storage, mechanisms, durability, serviceability, and cost are being engineered toward production.
Production-intent units, controlled feedback, quality checks, and field requirements.
Timing, pricing, specifications, and availability follow validation—not the other way around.
Rear-wheel and front-handle relationships are being evaluated for more natural wheelbarrow-style movement and better facility maneuverability.
Engineering target under reviewThe production requirement is stable upright storage without depending on a wall, with non-marking floor contact and appropriate weight distribution.
Requirement, not yet a final public specificationReplaceable rubber feet, traction, and protection against metal-to-floor contact are part of the institutional design target.
Component selection pending validationPermanent back, seat, lumbar, and fore-aft markings are being refined so a coach can identify settings without guessing.
Final positions and spacing subject to validationThe prototype proved function but was intentionally overbuilt. Production engineering is targeting substantial weight reduction and easier adjustment without sacrificing institutional durability.
No final weight publishedSurface selection, back angle, seat movement, and lumbar positioning must remain intuitive, secure, serviceable, and repeatable under real room volume.
Mechanism details may evolvePermanent product branding, Advanced Muscle Mechanics® technology attribution, team identity, and asset marking are being designed into the hardware.
Custom options subject to MOQ and production validationBand, accessory, and future attachment points are being evaluated where they can add utility without compromising structural integrity or clarity.
Concept under engineering reviewNo final price. No final release date. No final production specification. Those follow validated engineering and manufacturing—not marketing pressure.
The Launch Pad® evidence strengthens the design question. It does not give Joint Ops™ borrowed results.
Three peer-reviewed studies evaluated The Launch Pad® against Standard Flat Bench conditions across acute mechanics and longitudinal training. Those studies belong to The Launch Pad®.
Prototype study and engineering validation are underway. Until results are completed, reviewed, and approved for public use, the page will describe the design and status—not an outcome.
We do not claim that Launch Pad® strength, activation, velocity, range-of-motion, or transfer outcomes automatically apply to Joint Ops™. We also do not claim injury prevention, pain treatment, or guaranteed individual results.
Select the path that best matches your interest. This keeps a serious facility conversation separate from an individual update request or a manufacturer discussion.
Join development updates for release information, production milestones, and early-access opportunities. The Launch Pad® remains the available-now way to train from the Performance Interface™ thesis.
Coaches and practitioners can identify workflow, adjustment, education, and athlete-fit questions that do not appear in CAD. Join the priority list or begin a facility conversation when a pilot or multi-unit use case is plausible.
Station count, floor plan, storage, transport, athlete population, procurement, staff education, customization, and timeline all matter. The facility pathway gathers those requirements before discussing a pilot.
Qualified partners can explore contract manufacturing, OEM integration, co-development, licensing, component supply, or distribution. Initial public information stays high-level; detailed technical disclosure follows alignment and appropriate confidentiality.
Dealers and distributors can identify geography, customer segment, installation or service capability, and expected channel needs. Distribution decisions follow validated production economics and channel strategy.
Joint Ops™ is a prototype platform in development. Published research applies to The Launch Pad®. Media and research inquiries should preserve that distinction and use approved prototype captions.
Share station count, users, space, storage, procurement, staff education, custom branding, and the problem the platform needs to solve.
Facility / Pilot Pathway → Manufacturers & OEMsStart with capabilities, strategic interest, quality systems, scale, and geography before moving into protected technical detail.
Manufacturer / OEM Pathway → Qualified institutional ordersExplore color zones, side-rail identity, equipment plates, serialized assets, and room-level consistency—subject to MOQ and production validation.
See Custom Branding →
Institutional equipment is part of the room’s identity and asset system. Joint Ops™ is being developed with permanent, premium branding paths in mind rather than relying on temporary upholstery graphics.
Explore qualified pad, plate, or accent-color configurations that preserve the product’s functional geometry.
Laser-cut, engraved, or applied hardware identity can separate the Joint Ops™ product mark, program branding, and Advanced Muscle Mechanics® technology attribution.
Unit numbering, inventory references, or facility asset tags can support institutional control and service records.
Multi-unit orders can be planned around repeatable appearance, setup labeling, and staff-facing education.
The platform is not a separate idea chasing a trend. It is the next engineering expression of the same question: why should the athlete be forced to adapt to a surface the equipment designer never reconsidered?
A patented retrofit Performance Interface™ that upgrades the bench already in the room. Two issued U.S. patents and three published studies support the commercial product and the broader point-of-contact thesis.
Experience The Launch Pad® →A selectable-surface platform coordinating the torso surface, back, lumbar, and seat. Prototype, DFM, and validation remain in progress; additional patent applications are pending.
Review Patent Information →“We did not put a second pad on a bench and call it a platform. We treated the entire athlete-to-bench relationship as one system.”
Andrew Harvot · Founder & Inventor · Advanced Muscle Mechanics®
Join the development list for the information relevant to your role. This is an interest and qualification form—not a preorder, reservation, deposit, price guarantee, release-date promise, or territory commitment.
Joint Ops™ builds the Performance Interface™ thesis into the bench itself. The Launch Pad® is the patented, research-backed, available-now retrofit that lets you train from that thesis without replacing your current bench.
Published Launch Pad® findings are not presented as Joint Ops™ study results. The products share a design thesis; each product’s claims must stand on its own evidence.
