Mission-critical XLPE and PE foam cradles engineered in Bengaluru 560066 for weapons, optics, night-vision, comms and mission computers. MIL-STD-810H and JSS 55555 aligned cushioning references, IP67 hard case integration, anti-static contact faces and serialised production — supplied to defence PSUs, primes and Tier-1 suppliers across India.
Defence cargo sees a harder duty cycle than almost anything else — vehicle-mounted vibration on unpaved roads, altitude drops in airborne re-supply, salt-fog on coastal deployments, and multi-year armoury storage between deployments. A foam cradle that looks fine in a workshop cannot take permanent compression set, cannot shed fibre into an optic, and cannot let a weapon shift inside its IP67 case.
We design every defence fitment around six engineering pillars — matched to MIL-STD-810H and JSS 55555 references, not to generic industrial cushioning rules.
Cushioning sized to MIL-STD-810H shock and drop-height references for the protected module.
Closed-cell XLPE and PE that survives monsoon transit and coastal depot storage.
Density tuned to attenuate broadband vibration in vehicle-mounted and airborne transit.
Machined to fit Pelican-class resin cases with pressure-equalisation valve clearances.
Anti-static and conductive foam options for NVG, radios and mission computers.
Two-colour shadow boards with serialised pockets for weapon and optic accountability.
Threat profile: drop-height, vibration mode, temperature and humidity references.
STEP / IGES / DXF / DWG under NDA — or a physical sample of the weapon or module.
XLPE, PE, EVA or anti-static grades chosen against the module fragility curve.
CNC-machined sample, fit-check inside the IP67 case, in-house drop and compression validation.
Customer FAI, dimensional and density report, optional third-party test coordination.
Batch CNC with serialised pockets, laser-marked labels and traceable dispatch records.
| Material & density | Compression set | Typical defence use |
|---|---|---|
| XLPE 30 kg/m³ | Low (~5%) | Light radios, controllers, spare-part depot boxes |
| XLPE 60–90 kg/m³ | Low–Medium (~8%) | Standard weapon and optic cradles inside hard cases |
| XLPE 200 kg/m³ | Very low (~3%) | Heavy weapon systems, launcher components, armoury depot |
| PE plank | Low (~10%) | Rugged transit cases for vehicle-mounted comms |
| Anti-static pink PE | Low (~12%) | Night-vision devices, thermal sights, mission computers |
| Conductive PU | Recovers fully | ESD-sensitive PCBs, radio modules, drone controllers |
Compression set values are indicative for the densities we typically supply; final values depend on test method (e.g. ASTM D3575) and customer-specified conditioning.
NestPack designs and tests defence foam cradles aligned to the references below. Independent MIL / JSS certification of the finished container remains with the case OEM or the customer's quality system.
Shock, vibration, drop, humidity and temperature test references used in our design brief.
DoD packaging preservation methods — barrier and cushioning levels referenced for export lots.
Indian defence packaging reference — climatic and mechanical categories informing material choice.
NATO climatic and mechanical test categories referenced for interoperability shipments.
Lithium battery and hazardous-item cushioning for airborne defence logistics.
Heat-treated wood crating paired with foam interiors for international defence export.
Depot returns were arriving with butt-stock rub marks and worn cradle cavities after three cycles.
XLPE 90 kg/m³ two-piece cradle machined to the exact rifle profile inside an IP67 hard case with pressure valve.
Reported reuse across 15+ depot cycles with no cradle replacement in the first pilot batch.
Night-vision goggle helmet-mounts were arriving with lens misalignment after multi-modal transit.
Anti-static XLPE cradle with capture features on the mount and a dust-lipped lens pocket, inside a Pelican-class case.
Lens realignment on receipt dropped to zero across the pilot deployment.
Ruggedised radio kit was vibrating loose in wheeled patrol vehicles on rough terrain.
PE plank base with XLPE 200 kg/m³ upper cradle inside an IP67 case, tuned to attenuate 5–500 Hz broadband vibration.
Kit stayed seated across full-day patrols; radio realignment call-outs eliminated.
Yes. We supply CNC-machined XLPE and PE foam cradles fitted inside IP67-rated resin hard cases with pressure-equalisation valves. The case gives you the ingress protection; the foam provides the shock and vibration control for the weapon, optic or comms module inside.
Yes. We size cushioning against the drop-height, vibration profile and temperature range referenced in MIL-STD-810H — shock, vibration, altitude, temperature cycling and humidity. NestPack does not claim MIL certification of the finished container; that certification is the container OEM's responsibility.
Yes. We accept STEP, IGES, DXF, DWG and PDF drawings — or a physical sample — under NDA. Our design team converts the weapon or optic envelope into a tool-controlled cavity with capture features and lift cut-outs before CNC machining.
Yes. We supply pink anti-static EPE and conductive PU grades for night-vision devices, radios, drone controllers and mission computers. Contact faces can be specified fully ESD-safe while the outer cushioning remains a higher-density XLPE.
Yes. Batch production runs on CNC with laser-marked or engraved serial pockets so each cradle traces to a specific unit — used routinely for armoury and comms depot returns from our Bengaluru 560066 facility.
Send weapon or module drawings, CAD or a sample — we'll engineer the foam cradle and hard-case fit from our Bengaluru 560066 facility.
