KEEYAK public website transcript Publisher: KEEYAK Public page checked: 2026-09-10 This is the public first-party article, not an original order, bill of lading, inspection report or delivery receipt. Article statements and configuration images are not independent proof. Return to the Rescue project record for matched facts, excluded values and any source conflicts. Published text HOWO 20 m Aerial Work Platform Order for Ethiopia: Media Configuration The confirmed Ethiopia order uses a HOWO aerial work platform truck with a 20 m working-height configuration. Its folded boom, work basket and stabilizers are configured for elevated maintenance and installation work. The order table records the operating parameters used for this project. Destination Ethiopia Vehicle HOWO Configuration 20 m working-height configuration Shipment Confirmed order record Evidence Confirmed order record + configuration media Project at a glance The project record connects the destination, vehicle and configuration to the recorded order stage. Field | Recorded Project Information | Destination | Ethiopia | Vehicle | HOWO aerial work platform truck | Separate media labels | 20 m and 3360; not used as actual order parameters | Evidence reviewed | Order record, local evidence-folder inventory, quotation exclusion review, media manifest, and six configuration images | HOWO recorded technical configuration This table presents the recorded order values and the completed configuration parameters for this vehicle. Specification | Recorded Value | Destination country | Ethiopia | Chassis brand | HOWO | Standard vehicle type | Aerial work platform truck | Platform outreach, basket rating and stabilizer reactions | Not recorded in the matched order evidence; the final technical specification must state them | Intended use | Not recorded in the buyer record | Working Height | 20 m | Bucket Capacity | 200 kg | Boom Type | Articulating Boom | Rotation Angle | 360° | Outrigger extension and retraction time | ≤60 s | Operation Type | Manual / Wireless Remote | Evidence reviewed and publication scope The review covered the order record, the local evidence-folder inventory, the quotation master exclusion review, the media manifest, and six public-safe images. Customer identity and commercial terms remain confidential. How to read the recorded specifications Recorded Specification | Practical Interpretation | Details needed for a similar order | HOWO aerial platform order | Establishes the brand and vehicle type, not the full configuration. | Exact chassis model, platform model, final drawing, and identity across all documents | Configuration fit and limits Applications for this configuration Suitability depends on basket load, outreach, stabilizer space, ground capacity, slope, wind, and local operating controls. When to use another configuration Choose a different chassis or platform when the task requires greater outreach, a higher basket rating, rough-terrain drive, a shorter turning envelope, stronger axles, a different emissions level, ABS, higher-altitude cooling, electrical insulation or a different stabilizer layout. The final machine must remain within its completed mass and axle limits in both travel and operating conditions. Vehicle definition: aerial Work Platform Truck An aerial work platform truck is a road vehicle fitted with an elevating boom and a guarded work basket. Hydraulic or electro-hydraulic systems position workers and tools within a defined operating envelope, while stabilizers commonly support the chassis during operation. Unlike a mobile crane, its primary purpose is to position people rather than suspend loads from a hook. Height, outreach, basket load, wind, slope and stabilizer conditions must be evaluated together. Intended use and typical applications Intended use recorded for this project Typical applications of this vehicle type Typical applications include street-light and sign maintenance, facade access, tree care, communications work and municipal maintenance. Specifications buyers need to check Decision Factor | Why It Matters | Questions to Ask the Supplier | Height definition and reach envelope | Maximum height is only one point in a load-dependent operating area. | What does 20 m measure, and can you supply the full reach chart for each permitted basket load? | Basket capacity | Occupants, tools and materials all consume rated capacity. | What are the rated load, occupant limit, basket dimensions and derating rules? | Stabilizers and ground reactions | Safe setup depends on footprint, pad loads, slope, soil and interlocks. | What are the deployed dimensions, individual reactions, pad requirements and slope limits? | Chassis, axles and completed mass | The platform, subframe and equipment must remain within chassis limits. | Provide the completed mass, front/rear axle calculations, dimensions and subframe interface documents. | Controls, rescue and service | Power or control failure requires a defined recovery method. | Which upper/lower controls, emergency lowering, overload protection, rescue instructions, training and spare parts are included? | Configuration checklist for Ethiopia Configuration Item | Why It Matters | Responsible Party | Import and completed-vehicle classification | The chassis and aerial-platform conversion need a defined customs and registration file. | Ethiopian customs broker and competent transport authority | Manuals, training, rescue and service support | Operators and technicians need controlled instructions and a local recovery plan. | Buyer's safety team, supplier and local service provider | Common selection mistakes Copying chassis values from a similar HOWO quotation instead of the Ethiopia order documents. Ignoring stabilizer footprint, pad reactions, slope and underground voids. Approving the platform without checking completed mass, axle loads and subframe integration. Leaving emergency lowering, rescue roles, inspection and training until handover. Buyer checks supported by this project Treat the 20 m media label as a search aid until an order-specific platform record confirms it. Confirm the exact chassis model, wheelbase, drive, powertrain, brakes, and completed dimensions. Define axle ratings and measure completed axle loads before acceptance. Review the road vehicle and elevating work equipment as one completed machine. Configuration media 3 public-safe configuration images for HOWO show the visible exterior, cargo area and equipment layout. HOWO platform truck viewed from the rear with the basket above the bodyTruck-mounted aerial platform in full side profile with folded boomFront-side view of a white HOWO truck with its aerial boom folded above the cab Repeat-order configuration checklist Use the recorded 20 m working-height configuration as the project baseline. Define the route, mass, cargo access, Ethiopia acceptance path for the next vehicle. Inputs, controlled records and responsible parties for a comparable orderWorkstream | Project inputs | Record required | Responsible parties | Work points | Operating task, route conditions, intended load, work cycle and performance target. | Controlled duty-cycle and performance requirement sheet. | Buyer / fleet operator and vehicle supplier | Boom and load chart | Cargo dimensions, clear door openings, internal layout, lining, restraint and optional equipment. | Controlled cargo drawing and signed option list with installation locations. | Buyer, vehicle supplier and body or fit-out provider | Stability and controls | Target payload or rated capacity, full model codes, completed tare, axle loads and tyre limits. | Controlled technical sheet plus completed mass and axle-load calculation. | Vehicle supplier, body engineer and buyer | Ethiopia rules | Steering position, service plan and current Ethiopia import and registration checklist. | Document-responsibility list and written importer confirmation. | Importer, licensed electrician, supplier and competent local authority | Project execution responsibilities KEEYAK coordinates configuration comparison and document preparation. The vehicle supplier owns product records; the buyer owns the duty cycle; the Ethiopia importer and competent local parties own local acceptance and filing decisions. Responsibility and timing for a comparable importOwner | Responsibility | When | Buyer / fleet operator | Provide the aerial work platform truck task, cargo, route, payload target, stop pattern and service expectations. | Before configuration selection | Vehicle supplier / manufacturer | Issue the exact model and major component codes, controlled technical data, ratings, warranty and product records. | Before quotation and production release | Body or fit-out provider | Issue the controlled cargo drawing, door openings, installed-option list, restraint plan, finished mass and axle-load calculation. | Before fit-out approval | Ethiopia importer / customs broker | Complete the current customs, import and filing checklist for the exact completed vehicle. | Before shipment commitment | Competent local authority / adviser | Issue the vehicle acceptance, registration and road-use requirements. | Before import and registration | KEEYAK project team | Compile the buyer inputs, recorded configuration, supplier records and local approval inputs. | During configuration review | Ethiopia HOWO project FAQ What working-height configuration is recorded for the Ethiopia order?The confirmed order uses a HOWO aerial work platform truck with a 20 m working-height configuration. The 20 m order value is retained as the controlling project specification. Which platform features are included in the technical configuration?The platform configuration includes a 200 kg basket, articulating boom, 360° rotation, outrigger extension and retraction within ≤60 s, and manual / wireless remote operation. What work is this aerial platform configured to perform?The truck supports elevated inspection, lighting and utility maintenance, installation work, façade access and other tasks that require a stabilized mobile work basket at height. Which site conditions affect the final platform setup?Working height, horizontal outreach, basket load, occupants and tools, stabilizer space, road access, ground condition, terrain, climate and rescue procedures are evaluated together when the platform and chassis are configured. What information is needed for a similar Ethiopia quotation?Provide the required work points, horizontal setback, basket payload, number of operators, tools, road and terrain conditions, stabilizer-space limit, preferred chassis, emissions requirement and destination document checklist. Project documentation The project records document the order stage, vehicle identity and displayed technical configuration. Customer identity, prices, document numbers, VIN, vessel details and contacts are withheld.P1Project PIRestricted project record · reviewed 2 June 2026Supports Ethiopia, HOWO, Aerial Work Platform Truck, quantity and the recorded technical configuration. M1KEEYAK media manifest and 3 public-safe configuration imagesAuthorized public-safe media · reviewed 2 June 2026Supports Visible configuration and layout observations. D1ISO 16368:2024 — Mobile elevating work platforms: Design, calculations, safety requirements and test methods Public context · reviewed 2 June 2026Supports Manufacturer-family and regulatory context cited in this article. D2ISO 18893:2024 — Mobile elevating work platforms: Safety principles, inspection, maintenance and operation Public context · reviewed 2 June 2026Supports Manufacturer-family and regulatory context cited in this article. D3Ethiopia Ministry of Transport and Logistics transport-law resources Public context · reviewed 2 June 2026Supports Manufacturer-family and regulatory context cited in this article. D4Addis Ababa Driver and Vehicle Licensing and Control Authority Public context · reviewed 2 June 2026Supports Manufacturer-family and regulatory context cited in this article. How this project record was prepared Prepared by KEEYAK Export Project Editorial TeamProject documentation and buyer-facing editorial preparation Technical review Alicia JuneConfiguration and evidence review Vehicle category contact IsaVehicle Category Lead · +86 133 6846 9976WhatsApp Published 29 May 2026First publication date for this web article Evidence reviewed 2 June 2026Project evidence and public country context review Method Project facts, order-stage facts, configuration media and public context were checked as separate evidence layers. 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Send the destination, required job or cargo, target payload or capacity, route and site conditions, preferred chassis, operating constraints and importer document checklist. KEEYAK can turn those inputs into a comparable configuration review.Request a configuration