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Sinotruk HOWO 21m man lifter truck in urban setting with extended boom and working basket at height

Side view of the HOWO aerial lift truck showing five-section telescopic boom and outriggers deployed

Working basket of the HOWO man lifter truck with stainless steel fence and anti-skid steps

Sinotruk Howo 21m man lifter truck Tanzania

Name: Sinotruk Howo 21m man lifter truck Tanzania
Brand: Sinotruk HOWO

The Sinotruk HOWO 21m man lifter truck is a 4x2 chassis mounted aerial work platform built for high-level maintenance tasks in urban and rural infrastructure. It is specified by municipal utilities, road maintenance teams, and construction contractors that require safe, stable access to overhead structures without the need for scaffolding or external lifts. The 21m working height with a 200kg rated platform load supports two operators and their tools during tasks like traffic light servicing, streetlight maintenance, signboard installation, and tree trimming. The five-section telescopic boom provides a maximum operating range of 10m and a working angle up to 80 degrees, allowing access to tight spaces and angled surfaces.

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Key Benefits

21m working height with 10m maximum operating range enables access to high overhead structures without scaffolding
Five-section synchronized telescopic boom allows smooth, controlled extension and retraction under load
360-degree continuous slewing of the basket and turntable provides full access around the truck
Four individually adjustable outriggers with front V and rear H type configuration improve stability on uneven ground
Wireless remote control and ZYK bus control system allow operation from multiple positions with stepless speed regulation
Emergency pump and hydraulic locks ensure safe operation during power failure or system fault
15 years of spare parts and technical support availability reduces long-term ownership risk

Buyer Profile

Who It Is for

Municipal public works and infrastructure departments managing street lighting and traffic control systems
Electricity and telecom utility operators maintaining overhead distribution networks
Road and highway maintenance contractors performing routine inspections and repairs
Construction and civil engineering firms requiring temporary elevated access for installation work
Airport and industrial park facility managers with in-house maintenance crews
Government procurement agencies equipping new municipal service fleets

Operating Problems

Problems It Solves

Lack of safe, mobile access to overhead structures without erecting temporary scaffolding
Inability to reach high points with fixed ladders or ground-based lifts in congested or narrow areas
Long lead times for imported aerial platforms with limited local service and spare parts
Unstable operation on uneven or soft ground due to poor outrigger design or lack of stabilization
Limited working range and angle on smaller or fixed boom lifts that cannot reach behind obstacles
High downtime due to lack of local technical support and spare parts for foreign-made platforms

Where It Works

Application Scenarios

Municipal road maintenance departments servicing traffic lights and streetlights across urban and rural networks
Utility companies installing and repairing overhead power and telecom lines in remote or difficult terrain
Tree care contractors trimming and removing branches near power lines and roadways
Construction crews setting and cleaning large signboards and advertising panels on highways and bridges
Airport and industrial site maintenance teams accessing high-level equipment and lighting fixtures
Public works departments conducting routine inspections of bridges, tunnels, and overhead structures

Engineering

Technical Features

Five-section synchronized telescopic boom with 21m maximum working height
200kg rated load capacity in the working basket with 80° maximum operating angle
360-degree continuous slewing of the basket and turntable for full access coverage
Front V-type and rear H-type outriggers with individually adjustable legs for ground adaptability
ZYK bus control system with electro-hydraulic proportional control for stepless speed regulation
Emergency pump and double-way hydraulic locks for safe operation during power failure
Wireless remote control system available as standard for flexible operation from ground or basket
Stainless steel safety fence and anti-skid stepping board for operator protection and grip
Working cage available in steel structure or reinforced fiberglass (insulated) for electrical safety

Specifications

Technical Data


Chassis	Sinotruk HOWO 4x2 left or right hand drive
Engine	120 HP diesel
Gearbox	6 shift manual
Working Height	21 m
Max Operating Range	10 m
Platform Height from Ground	≥12 m
Max Working Angle	80°
Rated Load	200 kg
Outrigger Configuration	Front V type, rear H type, 4 units
Control System	ZYK bus control, electro-hydraulic proportional
Boom Type	Five-section synchronized telescopic
Slewing	360-degree continuous rotation
Basket Rotation	360-degree rotation
Emergency System	Emergency pump, hydraulic locks
Remote Control	Wireless, standard
Cage Material	Steel structure or reinforced fiberglass (insulated)
Lead Time	30 days
Shipping Port	China main port
Payment	T/T

Build Materials

Materials

Stainless steel safety fence and anti-skid stepping board on the platform
Reinforced fiberglass cage available for insulated applications
Hydraulic cylinders and hoses rated for high-pressure operation in variable temperatures
Electro-hydraulic control components with sealed connectors for dust and moisture resistance

How It Is Built

Manufacturing Process

Chassis is received from Sinotruk and inspected for alignment and frame integrity
Five-section telescopic boom is fabricated from steel, then welded and heat-treated for strength
Boom is assembled with synchronized telescopic mechanism and tested under load
Outriggers are mounted with V and H type configurations and linked to hydraulic control
Working basket is constructed from steel or fiberglass and fitted with safety fence and anti-skid steps
Control system including ZYK bus and wireless remote is installed and calibrated
Hydraulic circuits are pressure tested and leak checked before final assembly
Entire unit is tested on the factory apron for slewing, boom extension, and emergency functions
Final inspection includes safety device checks and documentation before shipment

Testing

Quality Control

All hydraulic components and welds inspected using non-destructive testing methods
Boom and frame tested under 1.5 times rated load to verify structural integrity
Every truck undergoes 100 percent functional test before delivery
Photos and videos of the finished truck sent to the buyer before balance payment
Emergency pump and hydraulic locks tested under simulated failure conditions
Control system verified for response time and accuracy across all operating modes

Build to Order

Customization Options

Working height available in 18m, 21m, 23m, and 28m configurations
Working basket material can be steel or reinforced fiberglass (insulated) on request
Left or right hand drive chassis to match local traffic regulations
Tank color and logo applied free of charge
Optional wireless remote control system and emergency pump
Custom safety fencing and platform layout based on customer specifications

Comparison

How It Compares With the Alternatives

15m boom lift with fixed platform	Lower reach but simpler operation and lower cost for routine tasks at moderate height
Truck-mounted crane with lifting hook	Better for heavy lifting but cannot safely support personnel at height with the same stability
Imported brand with 5-year parts support	Higher initial cost and longer repair delays due to limited local service network

Operating Notes

Use Guide

Confirm left or right hand drive chassis at order stage to match local traffic rules
Deploy outriggers fully and level the truck before extending the boom
Do not exceed 200kg load in the basket and ensure weight is evenly distributed
Use wireless remote control only when the operator is outside the basket and visibility is clear
Inspect hydraulic hoses and connections before each shift for leaks or damage
Perform daily checks on emergency pump and hydraulic locks before operation

Buyer Questions About This Truck

What is the lead time for this man lifter truck?

Generally 30 days after the advance payment is received. The exact date depends on chassis availability and the configuration specified.

Can the working basket be made of fiberglass?

Yes. The standard basket is steel structure. Reinforced fiberglass with insulation is available on request.

What are your payment terms?

T/T with 30 percent deposit and 70 percent before delivery. We send photos and videos of the finished truck before you pay the balance.

Do you supply right hand drive?

Yes. The chassis is ordered in left or right hand drive to match your traffic regulations. Confirm this at order stage because it cannot be changed later.

How is the truck shipped?

By Ro-ro or bulk ship from a China main port. Trade terms can be EXW, FOB, CFR, or CIF.

What warranty and after sales support do you provide?

The whole vehicle is guaranteed for one year and core parts on some products for two years. We provide 15 years of spare parts and technical support.

Can the boom height be customized?

Yes. Available heights are 18m, 21m, 23m, and 28m. Specify your required height at order stage.