Telescopic Loader Ranking: Introduction
Telescopic loaders, being an indispensable element of equipment in both the construction and agricultural sectors, have gained wide recognition thanks to their versatility and efficiency in lifting and transporting various materials. Their innovative telescopic boom enables precise operations at significant heights, making them an irreplaceable tool during the implementation of complex projects. In Poland, the telescopic loader market is developing dynamically, attracting more and more professionals looking for reliable and efficient machines.
The importance of these machines in construction and agriculture is invaluable, as their adaptability to various working conditions and the possibility of mounting a wide range of accessories make them a key element of equipment for many companies. In our telescopic loader ranking we will present various models of telescopic loaders and discuss the criteria that should be considered when choosing them to ensure optimal efficiency and durability of the purchased equipment.
Here is a ranking of telescopic loader models ordered by maximum lifting capacity (from highest to lowest) from the renowned manufacturer Dieci, of which FLT Group is the official distributor:
| Rank | Model | Maximum lifting capacity (kg) | Maximum lifting height (m) | Maximum power | Maximum speed (km/h) |
|---|---|---|---|---|---|
| 1 | HERCULES 230.10 | 23000 kg | 10,15 m | 128 kW (172 HP) | 22 km/h |
| 2 | HERCULES 210.10 | 21000 kg | 10,2 m | 128 kW (172 HP) | 23 km/h |
| 3 | HERCULES 190.10 | 19000 kg | 10,2 m | 128 kW (172 HP) | 23 km/h |
| 4 | HERCULES 130.10 | 13000 kg | 9,5 m | 128 kW (172 HP) | 34 km/h |
| 5 | SAMSON 75.10 – GD | 7500 kg | 9,65 m | 114 kW (153 HP) | 40 km/h |
| 6 | AGRI MAX 75.10 – GD | 7500 kg | 9,65 m | 114 kW (153 HP) | 40 km/h |
| 7 | PEGASUS 75.25 | 7500 kg | 24,5 m | 127 kW (170 HP) | 40 km/h |
| 8 | AGRI MAX 65.8 VS EVO2 – GD | 6500 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| 9 | SAMSON 65.8 VS EVO2 – GD | 6500 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| 10 | AGRI MAX 60.9 POWER X2 | 6000 kg | 8,6 m | 128 kW (172 HP) | 50 km/h |
| 11 | SAMSON 60.9 VS EVO2 – GD | 6000 kg | 8,6 m | 128 kW (172 HP) | 40 km/h |
| 12 | AGRI MAX 60.9 VS EVO2 – GD | 6000 kg | 8,6 m | 128 kW (172 HP) | 40 km/h |
| 13 | AGRI MAX 60.9 POWER X2 | 6000 kg | 8,6 m | 128 kW (172 HP) | 50 km/h |
| 14 | PEGASUS 60.30 | 6000 kg | 29,6 m | 127 kW (170 HP) | 40 km/h |
| 15 | PEGASUS 60.26 | 6000 kg | 25,7 m | 127 kW (170 HP) | 40 km/h |
| 16 | PEGASUS 60.21 | 6000 kg | 20,5 m | 100 kW (134 HP) | 40 km/h |
| 17 | PEGASUS 60.16 | 6000 kg | 16,2 m | 100 kW (134 HP) | 40 km/h |
| 18 | AGRI MAX 50.8 POWER X2 | 4999 kg | 7,7 m | 128 kW (172 HP) | 50 km/h |
| 19 | SAMSON 50.8 VS EVO2 – GD | 4999 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| 20 | AGRI MAX 50.8 VS EVO2 – GD | 5000 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| 21 | PEGASUS 50.25 | 5000 kg | 24,1 m | 100 kW (134 HP) | 40 km/h |
| 22 | AGRI FARMER 34.7 – GD | 3400 kg | 6,35 m | 79,5 kW (107 HP) | 40 km/h |
| 23 | AGRI STAR 40.8 – GD | 4000 kg | 7,7 m | 100 kW (134 HP) | 38 km/h |
| 24 | AGRI PLUS 40.10 VS EVO2 – GD | 4000 kg | 9,7 m | 114 kW (153 HP) | 40 km/h |
| 25 | AGRI STAR 38.10 – GD | 3800 kg | 9,6 m | 100 kW (134 HP) | 38 km/h |
| 26 | AGRI FARMER 32.9 – GD | 3200 kg | 8,65 m | 79,5 kW (107 HP) | 40 km/h |
| 27 | AGRI FARMER 30.9 – GD | 3000 kg | 8,65 m | 79,5 kW (107 HP) | 40 km/h |
| 28 | DEDALUS 32.9 – GD | 3200 kg | 8,65 m | 55,4 kW (74 HP) | 36 km/h |
| 29 | AGRI FARMER 30.7 – GD | 3000 kg | 6,35 m | 79,5 kW (107 HP) | 40 km/h |
| 30 | DEDALUS 30.9 – GD | 3000 kg | 8,65 m | 55,4 kW (74 HP) | 36 km/h |
| 31 | AGRI STAR 37.7 – GD | 3700 kg | 6,8 m | 100 kW (134 HP) | 38 km/h |
| 32 | DEDALUS 34.7 – GD | 3400 kg | 6,35 m | 55,4 kW (74 HP) | 36 km/h |
| 33 | ZEUS 40.13 – GD | 4000 kg | 12,5 m | 54,6 kW (73 HP) | 30 km/h |
| 34 | ZEUS 35.11 – GD | 3500 kg | 10,6 m | 54,6 kW (73 HP) | 30 km/h |
| 35 | ZEUS 38.10 – GD | 3800 kg | 9,6 m | 54,6 kW (73 HP) | 30 km/h |
| 36 | ZEUS 40.8 – GD | 4000 kg | 7,6 m | 54,6 kW (73 HP) | 30 km/h |
| 37 | ICARUS 60.18 DYNAMIC – GD | 6000 kg | 17,8 m | 85 kW (114 HP) | 30 km/h |
| 38 | ICARUS 45.17 DYNAMIC – GD | 4500 kg | 16,4 m | 85 kW (114 HP) | 38 km/h |
| 39 | ICARUS 45.14 DYNAMIC – GD | 4500 kg | 13,4 m | 85 kW (114 HP) | 38 km/h |
| 40 | AGRI PIVOT T80 | 3500 kg | 5,2 m | 114 kW (153 HP) | 40 km/h |
| 41 | AGRI PIVOT T70 | 3000 kg | 5,2 m | 85,9 kW (115 HP) | 40 km/h |
| 42 | AGRI PIVOT T60 | 2250 kg | 4,7 m | 54,6 kW (73 HP) | 40 km/h |
| 43 | PIVOT T80 | 3500 kg | 5,2 m | 114 kW (153 HP) | 40 km/h |
| 44 | PIVOT T70 | 3000 kg | 5,2 m | 85,9 kW (115 HP) | 40 km/h |
| 45 | PIVOT T60 | 2250 kg | 4,7 m | 54,6 kW (73 HP) | 40 km/h |
| 46 | APOLLO 26.6 | 2600 kg | 5,73 m | 53,7 kW (72 HP) | 30 km/h |
| 47 | DEDALUS 30.7 – GD | 3000 kg | 6,35 m | 55,4 kW (74 HP) | 36 km/h |
| 48 | PEGASUS 40.18 | 4000 kg | 18 m | 85,9 kW (115 HP) | 30 km/h |
| 49 | APOLLO 20.4 SMART | 2000 kg | 4,35 m | 37 kW (50 HP) | 25 km/h |
| 50 | MINI AGRI-e 26.6 | 2600 kg | 5,73 m | 19 kW | 24 km/h |
| 51 | MINI AGRI 20.4 SMART | 2000 kg | 4,35 m | 37 kW (50 HP) | 25 km/h |
| 52 | MINI AGRI 26.6 | 2600 kg | 5,73 m | 55 kW (74 HP) | 30 km/h |
What is a telescopic loader?
A telescopic loader is an advanced device used in the construction and agricultural industries, which thanks to its telescopic mechanism enables lifting and transporting materials to significant heights and distances. The construction of a telescopic loader includes several key components that ensure its functionality and performance:
- Telescopic boom: Allows for length and height adjustment, which significantly increases operational efficiency and enables work in various terrain conditions.
- Loading platform: Enables transport of both standard and specialized loads, adapting to specific operational needs.
- Drive system: Responsible for generating the necessary power and performance, guaranteeing reliable operation even in the most difficult conditions.
Telescopic loaders offer a range of benefits that translate into increased work efficiency and reduced operational costs:
- Versatility of applications in various industries, from construction to agriculture.
- Time savings thanks to fast and efficient transport of materials over long distances.
- Possibility of equipping with various accessories, which significantly expands the range of their functionality and applications.
The importance of telescopic loaders in construction and agriculture
In the construction sector, telescopic loaders play a key role in delivering building materials such as bricks, sand or gravel to various stages of construction, enabling precise and efficient placement of loads at heights and hard-to-reach places. In agriculture, telescopic loaders are indispensable for transporting crops, fertilizers and work in silos, where high precision and efficiency are required. Example applications include:
- Supply operations in construction projects that require precise placement of heavy loads at different levels of construction.
- Work related to harvesting and transport in agriculture, where the flexibility and maneuverability of telescopic loaders are essential in difficult terrain.
Statistical data indicates that the growing use of telescopic loaders in Poland is directly related to their unmatched efficiency and versatility, which perfectly respond to the dynamically changing needs of the construction and agricultural market. In our telescopic loader ranking we take these factors into account to help choose the best machines available on the market.
Telescopic loader buying guide
The decision to purchase a telescopic loader should be preceded by a thorough analysis of several key aspects that will ensure an optimal choice corresponding to specific operational needs. Here are the steps worth taking to facilitate the decision-making process:
- Precise determination of your operational needs and specific requirements related to daily use of the machine.
- Conducting detailed market research to compare different models in terms of functionality, technical parameters and user opinions.
- Analysis of available financial options, including both purchase costs and anticipated operating and servicing costs of the machine.
Criteria for choosing a telescopic loader
The choice of an appropriate telescopic loader should be based on several key criteria that will ensure its effective use in specific working conditions:
- Lifting capacity: Determining what loads will be transported most often to choose a machine capable of lifting appropriate weights.
- Reach: Analysis of how high and far the boom must reach to meet operational requirements in a specific work context.
- Ergonomics and operator comfort: Assessment of whether the machine is easy to operate and whether it provides comfort and safety to the operator during work.
- Availability of service and spare parts: Checking how quickly technical assistance can be obtained and access to necessary parts in case of breakdown or need for maintenance.
When creating our telescopic loader ranking, we took into account all the above criteria to provide a comprehensive guide for potential buyers, helping to choose the most suitable machines for their specific needs.
