Telescopic Handler

Telescopic Handler is a multi-functional telescopic machinery. Equipped with flexible booms and various tools, it delivers efficient off-road handling, stacking and loading for diverse job sites.

Load:

Max. 3000KG-4000KG
Max. Grade-ability :

25°

Message Click to Chat

What is a Telescopic Handler

Telescopic handler is also often called a telescopic boom loader or an off road forklift. This machine combines the functions of a forklift, a crane, and an aerial work platform. It has a retractable arm and can use different attachments. With these parts, it can handle cargo, store materials at height, clean up dirt, and lift people for high work. It is a core piece of equipment today for moving materials in many industries.

Telescopic Handler

Telescopic Handler (T3007/T3507/T4007)

Model	T3007	T3507	T5010	T5014	T4018
Lifting height	Max. 7000mm	Max. 7000mm	Max. 9800mm	Max. 13800mm	Max. 17550mm
Load	Max. 3000KG	Max. 3500KG	Max. 5000KG	Max. 5000KG	Max. 4000KG
Engine Power	76KW/106HP (Standard: YUNNEI) ●	76KW/106HP (Standard: YUNNEI) ●	91KW/122HP (Standard: YUCHAI) ●	91KW/122HP (Standard: YUCHAI) ●	97KW/132HP (Standard: COMMINS) ●
Engine Power	74KW/100HP (OPTION: CUMMINS) ○	74KW/100HP (OPTION: CUMMINS) ○	EURO II	EURO II	EURO III
Engine Power	61.3KW/83HP (OPTION: YANMAR) ○	61.3KW/83HP (OPTION: YANMAR) ○	400Nm @ 1400rpm	400Nm @ 1400rpm	600Nm @ 1500rpm
Moment limiter	○	●	2 Sections	3 Sections	4 Sections
Driving Cab	Junior type ●	Junior type ○	4500mm	7000mm	9600mm
Tires	Pneumatic-tires (16/70-20) ●	Pneumatic-tires (16/70-20) ●	Steel-wheel for Loading-container ●	Steel-wheel for Loading-container ●	Steel-wheel for Loading-container ●
Max. Grade-ability	25°	25°	Auto Air-cut brake ●	Auto Air-cut brake ●	Auto Air-cut brake ●
Travelling speed	28km/hr	28km/hr	30km/hr	30km/hr	25km/hr
Dimensions	465021502300mm	473023902485mm	640024002550mm	643024002550mm	650024002790mm
Self-leveling Forks	122015050mm (LWT) ●	122015050mm (LWT) ●	122012550mm (LWT) ●	122012550mm (LWT) ●	122015050mm (LWT) ●

Get A Quote

Core Structure and Working Principle of Telescopic Handler

When people buy this machine, many only look at load and height numbers. They neglect the core structure. That is a main reason why some machines break down easily or become unstable after long use. The overall performance of a telescopic handler depends on several core systems working together.

Telescopic arm

It directly decides the working height and range of the machine. Good quality models use high strength thickened steel to make multi stage arms. They also have a precise hydraulic cylinder control system. During work, the main arm can lift, extend, and adjust its angle. This lets it go over obstacles on a job site, place cargo at high or far locations, and work in complex site conditions.
Closed cab

In regular models, the cab is designed for human comfort and efficiency. It has large glass areas and a reversing camera so the operator can see in all directions. Inside, there are multi function joysticks, an emergency stop button, anti fall devices, and other basic safety features. There is also storage space, USB ports, and cup holders. These help reduce tiredness even during long hours of operation.
Heavy integrated chassis

All core parts of the machine, including the boom, engine, cab, and hydraulic system, are supported by the chassis. The chassis has a swingable axle. This axle can fit uneven ground and make sure all four wheels stay on the ground.
Engine

Most mainstream models on the market use diesel engines made in China or by joint ventures, such as Yuchai, Weichai, and Cummins. The power system balances power output with fuel economy. It can handle heavy load and high frequency work while also controlling daily energy use. Models sent to the European Union also have special exhaust treatment devices to meet local environmental rules.
How it works

Telescopic handler uses its hydraulic system to move the boom. It also has onboard sensors and a computer that watch the machine's load, arm angle, and extension length in real time. The machine automatically checks whether the operation is safe. It has three steering modes: front wheel steering, four wheel steering, and crab steering. This lets it handle material moving and high storage work in different places.

Daily Maintenance Points of Telescopic Handler to Extend Machine Life

The service life and working stability of construction machinery depend largely on daily maintenance. The telescopic handler has a precise structure. Its hydraulic system, power system, and transmission system need regular checks. Standardized maintenance can reduce breakdowns and lower long term repair costs.

Standard shutdown procedure

The correct shutdown process is the logical start of all maintenance work. It is not only a safety rule but also the basis for getting accurate inspection data.

After parking the machine, besides lowering the forks and straightening the arm, you must release the leftover pressure in the hydraulic system. Do this by moving the lever back and forth after turning off the engine. This action greatly slows down the fatigue aging of seals and hoses. Leaving pressure in the system is like keeping a spring tight. It will shorten the static life of precision hydraulic parts.

The telescopic handler needs a very precise oil level check. Even a small tilt of the machine body will cause an error in the fuel tank reading. This gives a “false oil level.” If you add oil in that state, bubbles can get in and cause cavitation damage to the hydraulic pump during real work.

Lubrication system

On the telescopic rail of the main arm, you must use extreme pressure grease that contains molybdenum disulfide. This grease stays sticky even under heavy squeezing. It removes shaking during extension and keeps the arm accurate when lifting at height.

The polymer sliders inside the telescopic arm are wear parts. As they wear down, the gap in the boom gets larger. This causes abnormal shaking during work. Good maintenance requires regularly measuring the gap and adding shims to compensate. This prevents harmful twisting stress from too much looseness.

Common Telescopic Handler Attachments: One Machine for Many Jobs

In construction equipment, the real value of a telescopic handler is not in the chassis itself. It is in the front end attachment system. By quickly changing attachments, a contractor can turn one machine into several types of specialized equipment. This makes the best use of the asset on a complex job site. Below are five key attachments that give the telescopic handler its versatility and show how they change work processes.

Adjustable fork (pallet forks)

The fork is the most used attachment. But its main value is in over barrier handling.

How it works: Unlike a traditional forklift that lifts straight up, this machine can go across ditches or scaffolding. Take the T3007K as an example. It can put 3 tons of material onto a floor at 7 meters high.

What problem it solves: It handles the "middle zone" where a forklift cannot go and a crane is either too big or too small.
Material grabs and buckets

After putting on a bucket, the telescopic handler works like a light loader.

Where it is used: For back-filling earth, cleaning up construction waste, or loading and unloading loose sand and stone.

Special advantage: Thanks to the forward extension distance of the telescopic arm, the bucket can go over a wall to unload material. Traditional loaders cannot reach that far. For the grab attachment, it is a good tool for handling irregular waste, branches, and demolition materials.
Truss boom

The truss boom turns the machine into a mobile crane.

What it replaces: When installing steel structures or placing mechanical and electrical equipment, the boom gives a more flexible rigging point than a fork.

Technical value: It overcomes the swing limits of a rigid fork when lifting hanging objects. With the fine movement hydraulic system, placing heavy parts at several meters high becomes as accurate as using a crane.
Man lift work platform

This attachment gives the best return on investment for the machine today.

Cost logic: Contractors do not need to rent a separate aerial work platform. With a safety approved interlock system, the platform can carry workers to do exterior wall spraying, power line maintenance, or pipe installation.

Off road advantage: Unlike a normal scissor lift, the telescopic handler chassis gives off road ability. It works smoothly on unpaved ground at a raw job site.
Seasonal and cleaning attachments

This set of attachments lets the machine work all year round.

Example uses: Snowplow blades or sweeping roller brushes. The machine body is usually shorter and more flexible than a large snowplow. So it can go into underground garage entrances and narrow property paths for cleaning.

Why it matters: It makes sure the machine can still earn rental income for the owner or property company during slow construction times like winter.

Self Check List for Buying a Telescopic Handler

A thorough check before buying can prevent problems like picking the wrong model or getting a machine that does not fit your needs. Below is a list of common points to check. Buyers can go through them one by one.

01

Redundancy in working limits

Make sure the maximum lift height and horizontal forward distance cover your current work and also leave about 10% to 15% extra capacity. Working at extreme limits for a long time will speed up fatigue damage to the boom pin and hydraulic system.

Focus on the remaining load capacity after the load center shifts. Make sure the machine still has enough reserve to handle sudden loads when fully extended. This is the technical core of preventing tip over accidents.
02

Suitability of attachments

The "one machine for many uses" idea depends not on how many attachments you have but on whether the interface works. Check that the front bracket follows the main quick change standard. For power-hungry attachments like grabs or sweepers, check that the flow rate of the machine's auxiliary hydraulic circuit matches the pressure. Too low flow makes the attachment move slowly. Too high pressure damages the attachment seals.
03

Deep check of safety systems

Complex job sites like unpaved roads and slopes demand good static and dynamic stability. Confirm whether the machine has a load torque limiter and automatic shutdown. For slopes over 25°, such as in mountainous areas, an automatic leveling system and tilt alarm are necessary safety items. For outdoor uneven ground, check the full time four wheel drive performance and the emergency brake response speed. This ensures physical protection when working under heavy load on slippery ground.
04

After sales support and total cost of ownership

Buying is not just about delivery but it is about being able to get service. Check the supplier's local stock quantity of common consumables like filters, sensors, and seal kits. A mature 24 hour response system is worth far more than a price difference of tens of thousands at the start. Look back at the full cycle cost mentioned earlier. Judge whether the machine's fuel efficiency, service intervals, and expected resale value fit within your company's long term operating budget.

Full Cycle Cost Analysis of Owning Telehscopic Handler

Initial capital expense

The starting cost should include not just the machine price but also the set of attachments needed to meet your business goals. Buy in stages. The advantage of a telescopic handler is that it does many jobs. A company can buy standard forks for the first phase, such as basic pallet moving. Later, as the project progresses, it can buy lifting hooks or a high platform. This modular buying strategy helps manage cash flow and avoids tying up money in idle equipment.
Preventive maintenance and whole life value

The standard service interval, usually 500 hours, decides how often the machine is available. Standard lubrication, fluid changes, and replacement of wear parts like sliders and seals are basically a way to slow down asset depreciation. A well maintained machine not only delays major repairs by 20% to 30% but also gets a higher resale value later if you keep good records.
Supply chain response: the hidden cost of reducing downtime

This is the most neglected part of buying, but it becomes critical when a breakdown happens. You must check how mature the local supply chain is. If key parts like the hydraulic main pump or control valves have to come from another country, a few weeks of downtime will cause big penalty costs for delaying the project.
Energy cost

Energy cost is a large part of operating expenses. The choice of power type must match your main working conditions.
Diesel power

Diesel power is for high intensity, long hour outdoor off road work. It gives strong climbing ability and steady heavy load performance.
Electric or hybrid power

Electric or hybrid power is for indoor warehouses or municipal projects with noise limits. The first purchase cost is higher. But for long cycle, the electricity cost and zero emissions give a better energy return.

EPDAS Telescopic Handler Projects

Equipment Details Display

These close-up images showcase the equipment’s core structure and craftsmanship from various dimensions, highlighting its mechanical construction, key components and design details through multi-angle shots, and intuitively conveying its professional quality and technical strength.

Get A Quote