P02
Ergonomic Delivery Backpack
A wearable delivery platform structured around rider support, organized loading, and configurable thermal layers.
- Rider support architecture
- Organized load zones
- Branding-ready surfaces
FoodGroceryCustom
View platformDELIVERY GEAR · THERMAL SOLUTIONS · OEM/ODM
Delivery Gear Engineered for Real-World Operations.
Custom delivery backpacks, motorcycle boxes, insulated systems and vehicle-mounted solutions — from prototype development to mass production.
MODULAR DELIVERY PLATFORMENGINEERING CONFIGURATION
What are you delivering?
Start with the load and delivery environment—not a material catalog.
06 / 08 PLATFORMS
Featured product platforms
Reusable engineering foundations that can be configured for a delivery program. A platform is not a fixed, off-the-shelf SKU.
P04
Multi-Order Delivery Backpack
A modular backpack platform for separating and accessing multiple orders.
- Multi-order organization
- Configurable dividers
- Organized load zones
FoodBeverageGrocery
View platformP06
Flat-Pack Motorcycle Delivery Box
A foldable vehicle-mounted platform designed to simplify storage and shipping.
- Flat-pack construction
- Vehicle interface planning
- Serviceable panel concept
FoodPizzaGrocery
View platformP07
Vehicle Rack Delivery System
A rack-led platform connecting the delivery box, attachment, and target vehicle.
- Vehicle interface planning
- Configurable mounting
- Maintenance access planning
FoodGroceryCustom
View platformP11
Beverage Delivery System
A configurable organization platform for drinks and mixed beverage orders.
- Cup organization
- Spill-management architecture
- Configurable dividers
BeverageGroceryCustom
View platformP13
Professional Cold Chain Box
A requirement-led platform prepared for project-specific thermal validation.
- Validation-plan ready
- Thermal layer architecture
- ID / traceability ready
Cold ChainCustom
View platformPRODUCT GENOME
One platform. Built around your requirements.
Each functional layer is selected for its role in the complete system. Material identity and functional role are evaluated separately.
01Outer ShellDepends on configuration
02Thermal LayerDepends on configuration
03Support SystemDepends on configuration
04Inner LinerDepends on configuration
05DividerDepends on configuration
06Cup HolderDepends on configuration
Start from where you are
I have a design
Bring drawings, a reference sample, or a requirement brief. We will review construction, integration, and production readiness.
Send Your DesignI need a solution
Define the load, route, handling, vehicle, and thermal objective. We will map them to a suitable platform.
Build Your SolutionCONNECTED DEVELOPMENT
Engineering capabilities
Development decisions are made as a connected system—not a list of isolated materials.
Thermal Engineering
Build the layer architecture around the intended use and define what still requires validation.
Modular Organization
Plan dividers, cup holders, and access zones around real order handling.
Rider Ergonomics
Balance carry geometry, support, access, and rider movement for wearable products.
Vehicle Integration
Develop the relationship between box, attachment, rack, and vehicle.
Foldability & Shipping Optimization
Evaluate flat-pack or collapsible construction where the platform and program permit.
OEM/ODM Development
Move from requirement review through sample refinement toward production documentation.
VEHICLE INTEGRATION
The box is only one part of the vehicle system.
Attachment geometry and rack compatibility are developed alongside the delivery box. Final fit depends on the target vehicle and configuration.
Delivery Box→Attachment→Vehicle Rack→Motorcycle / E-bike / Bicycle
Flat Rack
General platform interface
ENGINEERING PLACEHOLDERLow-frame Rack
Lower-profile integration study
ENGINEERING PLACEHOLDERLarge-frame Rack
Extended support geometry
ENGINEERING PLACEHOLDERCONFIRMED OPERATING CONTEXT
Factory & development
Confirmed operating context for project planning—not a substitute for project-specific review.
01Approx. 5,000 m² factory
02Approx. 80 people
0310 years experience
04Approx. 50,000–60,000 pcs monthly capacity
05Prototype / Sample Development from 1 Piece
06Typical sample lead time around 1 week
07Typical mass production 15–30 days
Integrated manufacturing, clearly scoped
AWARMDA in-house
- Development
- Sampling
- Cutting
- Sewing
- Assembly
- Integration
- Quality control
Specialized partner processes
- Injection molding
- Thermoforming / vacuum forming
- EPP / EPS / XPS related forming or production
Partner processes are coordinated as part of the product program; they are not represented as AWARMDA in-house operations.
PROJECT START
Have a design or delivery challenge?
Share the delivery context you need to solve. We can begin with your design or structure the requirement together.