Need the architectural design for the Production base whole land is 2 hectre. The proposed total building area for this project is approximately 25,000 - 30,000 square meters. address : I’m sharing a what3words address to help you find this specific location. Tap to see exactly what it is: ///breathed.boast.costumes https://w3w.co/breathed.boast.costumes product budget and design budget I don't know .designer can send roughly budget to me and talk with me directly . it depends on the price given to me if it meets our budget we deal if it doesn't we don't deal design requirement: Based on the scale of production, Generally, requires a mix of: A. Indoor manufacturing, B. Office space, and C. Specialized outdoor testing areas. Steel Processing 50 ton per month steel processing. Developed Facility inside a secure zone. The area may be allocated 7000 sq/m for offices and assembly area about equivalent of 50 ton per month steel processing. Offices/Departments: 1) Services of experienced HR Max value (03 x PHDs, 05 x MEng, 20 x BEng, 50 x DAE Technicians & Labors, 10x local Nigerian internees 10) 2) Assembling expertise 3) Training School 4) R & D Set-up 5) 24x 7 Maintenance Repairs and Overhaul (MRO) 6) Data Centers 7) Software 8) Tools and Machines 9) Vehicles Parking lots 10)Delivery Area, Goods In & Goods out 11)Canteen 12)Smoking area 13)Waste Section 14)Stores/Inventory 15)Dispensary/Medical 16)Occupational Health and Safety 17)Control Room 18)Induction area 19)Management offices 20)Confrence room/ Fusion Centre Military Grade Drone: For a standard, small-to-medium drone manufacturing facility, production space typically starts around 1,000 – 7,000 square feet and can expand to over 25,000 square feet. Key Land and Facility Requirements: 1. Indoor Production 2. Land Assembly (1,000–25,000+ sq ft): (This includes areas for mechanical assembly, electronics hookup, and 3D printing/CNC machinery for frame manufacturing). 3. Local Research, 4. Production Assembly 5. Outdoor Testing and Calibration Zones Basic Operations: Requires at least 60m x 60m (approx. 3,600 sq meters) for testing smaller drones. Restricted 2 6. Advanced Testing: For larger systems or advanced flight training, an additional 43,560 sq ft (1 acre) of open space may be necessary. 7. Regulatory Separation: Testing areas should be, in some jurisdictions, at least 150m away from residential, commercial, and industrial, and at least 50m from buildings. 8. Training Section 9. Maintenance Section 10. Storage (Approx. 1,000 sq ft): Adequate space for inventory management, potentially for up to 500+ units, depending on volume. Specialized Facilities: Because C-UAS systems often involve high-end electronics and radio frequency (RF) equipment, the factory needs secure areas for testing jammers, radar components, and AI-based detection systems. Infrastructure Considerations: The facility must have strict, climate-controlled environments (temperature and humidity control) for assembling sensitive electronics. For a comprehensive manufacturing unit that includes Research and Development (R&D) and Testing, a facility with both a sizable industrial warehouse and open outdoor, nonresidential space is required. Key Space Considerations: • Production Areas: The facility must accommodate separate zones for mechanical assembly and electronics integration (PCB assembly). • R&D and Testing: A dedicated area is required for prototyping, which includes space for 3D printers, CNC machines, and carbon frame presses. • Environmental Control: The facility requires climate-controlled environments (temperature and humidity) to protect sensitive electronic components. • Testing Infrastructure: A secure area, separated from public access, is necessary for take-off and landing tests. • Support Facilities: Space for an embedded lab to handle firmware, sensor calibration, and final QC checks is necessary. • Staff Residential Quarters pls check more details in attachment.