BlueBotics Celebrates 10 Years of ANT Vehicle Ops

AGV and AMR specialist BlueBotics, is celebrating ten years since the first vehicle driven by its Autonomous Navigation Technology (ANT®) went into commercial operation. The company has also announced its ANT® lite+ and ANT® localisation+ products’ new support for omnidirectional vehicle movements.

The first ANT® driven vehicle to go into commercial operation was an Esatroll general-purpose Paquito AGV. This was installed at Dal Colle (Barilla Group) in Italy in 2009. Since then, as of October 2019, over 1,750 ANT® driven industrial vehicles have been commissioned at sites around the world. These installations span five continents and numerous commercial applications, ranging from shop floors and warehouses to cleanrooms, hospitals and data centers.

“A primary reason for our success is the robustness of our ANT® navigation solution. As customers often tell us when choosing to partner with BlueBotics, the platform just works,” said the CEO of BlueBotics, Nicola Tomatis. “AGV makers also appreciate the close, professional integration support we offer. This is crucial to the success of a project, whether a customer is developing a brand new AGV, upgrading an existing AGV’s navigation or automating a manual vehicle.”

Also driving the company’s continuing growth, Tomatis adds, is the fact that BlueBotics’ guidance technology suits virtually every type of AGV, environment and application: “We have modules such as ANT® lite+ integrated in 100 kilogram AMRs for cleanroom applications, while other customers are using ANT® to guide huge vehicles that regularly move loads of 25 tons or more.”

Omnidirectional movement
BlueBotics also announces today its ANT® platform’s newly-expanded support for omnidirectional vehicle movements. Previously available within the company’s ANT® localization solution, omnidirectional movement is now supported by BlueBotics’ entire range of navigation products, including ANT® lite+ and ANT® localization+.
“In most cases our customers develop vehicles based on tricycle or differential drive kinematics. For these models, ANT® lite+ is typically the optimal solution,” Tomatis explains. “However, there are exceptions—sites where omnidirectional movement makes all the difference—such as ultra-complex environments or older sites that cannot easily be optimized for AGV use. That’s why, as always, we’ve listened closely to our customers and expanded our platform’s omnidirectional support. With the latest version of our ANT software, manufacturers can reap all of the space-saving benefits that omnidirectional AGVs can bring, programming these movements simply and efficiently at the click of a button.”

BlueBotics Celebrates 10 Years of ANT Vehicle Ops

AGV and AMR specialist BlueBotics, is celebrating ten years since the first vehicle driven by its Autonomous Navigation Technology (ANT®) went into commercial operation. The company has also announced its ANT® lite+ and ANT® localisation+ products’ new support for omnidirectional vehicle movements.

The first ANT® driven vehicle to go into commercial operation was an Esatroll general-purpose Paquito AGV. This was installed at Dal Colle (Barilla Group) in Italy in 2009. Since then, as of October 2019, over 1,750 ANT® driven industrial vehicles have been commissioned at sites around the world. These installations span five continents and numerous commercial applications, ranging from shop floors and warehouses to cleanrooms, hospitals and data centers.

“A primary reason for our success is the robustness of our ANT® navigation solution. As customers often tell us when choosing to partner with BlueBotics, the platform just works,” said the CEO of BlueBotics, Nicola Tomatis. “AGV makers also appreciate the close, professional integration support we offer. This is crucial to the success of a project, whether a customer is developing a brand new AGV, upgrading an existing AGV’s navigation or automating a manual vehicle.”

Also driving the company’s continuing growth, Tomatis adds, is the fact that BlueBotics’ guidance technology suits virtually every type of AGV, environment and application: “We have modules such as ANT® lite+ integrated in 100 kilogram AMRs for cleanroom applications, while other customers are using ANT® to guide huge vehicles that regularly move loads of 25 tons or more.”

Omnidirectional movement
BlueBotics also announces today its ANT® platform’s newly-expanded support for omnidirectional vehicle movements. Previously available within the company’s ANT® localization solution, omnidirectional movement is now supported by BlueBotics’ entire range of navigation products, including ANT® lite+ and ANT® localization+.
“In most cases our customers develop vehicles based on tricycle or differential drive kinematics. For these models, ANT® lite+ is typically the optimal solution,” Tomatis explains. “However, there are exceptions—sites where omnidirectional movement makes all the difference—such as ultra-complex environments or older sites that cannot easily be optimized for AGV use. That’s why, as always, we’ve listened closely to our customers and expanded our platform’s omnidirectional support. With the latest version of our ANT software, manufacturers can reap all of the space-saving benefits that omnidirectional AGVs can bring, programming these movements simply and efficiently at the click of a button.”

Ground Support Equipment Specialist Selects Camso Tyre

Camso’s Solideal AIR 561 ground support equipment tyre is to equip TLD’s new driverless baggage tractor TractEasy – which has been developed in collaboration with EasyMile, as well as its Jet-16 baggage tractor, their flagship vehicle. Since June 2019, both ground support equipment pieces come standard-fitted with Solideal AIR 561 full assemblies (tyres and wheels).

“We’re impressed with the dedication of Camso’s development team in designing not just a long-life solution, but one that tackles the specific challenges of ground support applications,” explains Yves Crespel, Communication Director at TLD. “With the Solideal AIR 561, we’re confident customers will be equipped with a performing solution that will lower their overall operating costs.”

Camso’s ability to provide a long-lasting tyre specifically designed for this GSE application was a determining factor in this partnership. The Solideal AIR 561 is the ideal solution to meet the baggage tractors’ unique set of requirements for versatility and manoeuvrability. These vehicles were previously equipped with block tread pattern tyres, which are poorly suited for the high-speed, long distances, and short-turning radius of these machines, causing uneven wear of the tyres, which leads to recurring vibration issues. In the case of the Jet-16, this affects driver comfort and results in lower tyre life – all of which triggered TLD to investigate a more suitable and performing solution.

The Solideal AIR 561’s distinctive ribbed tread pattern minimizes vibration due to uneven wear and reduces snaking, two important challenges when operating on airport grounds. It provides greater stability, ensuring increased operator comfort and tyre life. Its energy-efficient rubber compound also helps reduce wear and rolling resistance, while its unique “lug with sipes” design increases traction in low-grip conditions.

 

Ground Support Equipment Specialist Selects Camso Tyre

Camso’s Solideal AIR 561 ground support equipment tyre is to equip TLD’s new driverless baggage tractor TractEasy – which has been developed in collaboration with EasyMile, as well as its Jet-16 baggage tractor, their flagship vehicle. Since June 2019, both ground support equipment pieces come standard-fitted with Solideal AIR 561 full assemblies (tyres and wheels).

“We’re impressed with the dedication of Camso’s development team in designing not just a long-life solution, but one that tackles the specific challenges of ground support applications,” explains Yves Crespel, Communication Director at TLD. “With the Solideal AIR 561, we’re confident customers will be equipped with a performing solution that will lower their overall operating costs.”

Camso’s ability to provide a long-lasting tyre specifically designed for this GSE application was a determining factor in this partnership. The Solideal AIR 561 is the ideal solution to meet the baggage tractors’ unique set of requirements for versatility and manoeuvrability. These vehicles were previously equipped with block tread pattern tyres, which are poorly suited for the high-speed, long distances, and short-turning radius of these machines, causing uneven wear of the tyres, which leads to recurring vibration issues. In the case of the Jet-16, this affects driver comfort and results in lower tyre life – all of which triggered TLD to investigate a more suitable and performing solution.

The Solideal AIR 561’s distinctive ribbed tread pattern minimizes vibration due to uneven wear and reduces snaking, two important challenges when operating on airport grounds. It provides greater stability, ensuring increased operator comfort and tyre life. Its energy-efficient rubber compound also helps reduce wear and rolling resistance, while its unique “lug with sipes” design increases traction in low-grip conditions.

 

Case Study: EnerSys and Unicarriers Make Dutch Fleet More Sustainable

Netherlands-based Desch Plantpak has modernised its internal transport fleet by selecting UniCarriers to supply ten electric forklift trucks from its new TX series. The electric forklift trucks are equipped with NexSys Thin Plate Pure Lead (TPPL) batteries from EnerSys, which make unimpeded interim recharging possible.

Desch Plantpak devises and produces all kinds of innovative solutions for the professional horticultural sector. Pellets are supplied for the production of rolls of film, which are transported to an intermediate storage facility. The rolls are transported from the intermediate storage facility on a call-off basis to the various production units, which transform the film into flowerpots, plant trays and plant packs. Once the finished products have been palletised and wrapped in film, the goods are shuttled to the warehouse, just a stone’s throw away. From here the goods are transported to customers across the globe.

“Good internal transport is essential for us,” says Cecile van Daalen, responsible for Desch Plantpak’s logistics, among other things. The trucks are responsible for supplying the machines on the factory floor. “And we can’t do without forklift trucks for loading and unloading raw materials and loading the shuttles for our warehouse,” adds Bas Langenberg, planner in the Technical Services department. The trucks unload the shuttles in the warehouse once they have supplied the finished products from the production facility. They are also responsible for product entry and exit and order collection.

The lease contracts of the trucks in the production department and the warehouse were coming to an end, prompting Desch to investigate suitable providers of renewed internal transport solutions. This was found in UniCarriers, which supplied a total of twelve new trucks: three TX3 electrically powered trucks, with load capacities of 1.6 tonnes and two DX combustion engines (1.8 tonnes and 3.2 tonnes) supplied for the production department, and seven electric TX4 1.6 tonne trucks for the warehouse.

The specific wishes and requirements of deployment differ considerably for the two departments. Availability is essential on the factory floor. To guarantee short delivery times for its clients, Desch always strives to deliver from stock. The bar is certainly high during high season and much is demanded of the forklift trucks. “It’s full steam ahead from January through to May, and we even work on Sundays during that time. There are sometimes as many as 25 full trucks in the yard at once during that peak period,” Bas Langenberg continues.

The average operating time of a forklift truck in Desch’s production department is some 2,000 hours/year. It was precisely the high level of availability that led the company to rely entirely on LPG trucks until recently. The combustion engines have been available almost continuously. After all, if an LPG tank is empty, it is exchanged for a full one in no time at all and the truck can continue operating again.

However, Desch was eager to switch to quiet, zero-emission electric trucks for its new fleet of vehicles. “Not just because of the emissions,” Bas Langenberg explains. “The operating costs of electric vehicles are lower than those of combustion engines. Moreover, the trucks are less prone to failure.” What is more, the 1.6 tonne electric powered three-wheelers are more compact and agile than the 1.8 tonne vehicles in use until then. “That makes the trucks lighter and more energy efficient,” Bas Langenberg says.

Of course, availability remained crucial. And there is simply no room in the production facility for a special, expensive charging station. For this reason, as well as from a safety perspective, the use of exchangeable batteries was not an option. “We also looked at lithium-ion batteries, but that technology is still rather young for us. There are not enough references right now, so we weren’t confident enough in choosing that solution,” Mr Langenberg relates.

On the recommendation of UniCarriers and in collaboration with battery supplier EnerSys, Desch ultimately opted for NexSys batteries. Like lithium-ion batteries, the 48 V/625 Ah batteries allow for interim recharging, but the NexSys technology has been available for some time and has more than proven its worth. “Our drivers can now connect their trucks to the charging station during their coffee break, for example, so that we can continue operating throughout the hours needed,” Mr Langenberg says. To make (interim) recharging of the batteries as quick and simple as possible, UniCarriers moved the battery connector to the entry and exit side of the trucks.

Anouk Mantoua – Sales and Service manager Motive Power Netherlands at EnerSys summarised that it was a great experience to work with UniCarriers in the project, which has seen Desch Plantpak gain from choosing UniCarriers trucks powered by NexSys TPPL batteries.

Both Ms Van Daalen and Mr Langenberg are very satisfied with the collaboration with UniCarriers and EnerSys. “This is the first time we have worked with them. We were particularly impressed with how they thought along with us during the tender process and how quickly they responded,” Ms Van Daalen adds. “The future will tell whether the promises made regarding service are actually upheld. We have no experience with this. But I am convinced that it will be fine too.” All the trucks have been leased for a 72-month period, including a maintenance contract.

Case Study: EnerSys and Unicarriers Make Dutch Fleet More Sustainable

Netherlands-based Desch Plantpak has modernised its internal transport fleet by selecting UniCarriers to supply ten electric forklift trucks from its new TX series. The electric forklift trucks are equipped with NexSys Thin Plate Pure Lead (TPPL) batteries from EnerSys, which make unimpeded interim recharging possible.

Desch Plantpak devises and produces all kinds of innovative solutions for the professional horticultural sector. Pellets are supplied for the production of rolls of film, which are transported to an intermediate storage facility. The rolls are transported from the intermediate storage facility on a call-off basis to the various production units, which transform the film into flowerpots, plant trays and plant packs. Once the finished products have been palletised and wrapped in film, the goods are shuttled to the warehouse, just a stone’s throw away. From here the goods are transported to customers across the globe.

“Good internal transport is essential for us,” says Cecile van Daalen, responsible for Desch Plantpak’s logistics, among other things. The trucks are responsible for supplying the machines on the factory floor. “And we can’t do without forklift trucks for loading and unloading raw materials and loading the shuttles for our warehouse,” adds Bas Langenberg, planner in the Technical Services department. The trucks unload the shuttles in the warehouse once they have supplied the finished products from the production facility. They are also responsible for product entry and exit and order collection.

The lease contracts of the trucks in the production department and the warehouse were coming to an end, prompting Desch to investigate suitable providers of renewed internal transport solutions. This was found in UniCarriers, which supplied a total of twelve new trucks: three TX3 electrically powered trucks, with load capacities of 1.6 tonnes and two DX combustion engines (1.8 tonnes and 3.2 tonnes) supplied for the production department, and seven electric TX4 1.6 tonne trucks for the warehouse.

The specific wishes and requirements of deployment differ considerably for the two departments. Availability is essential on the factory floor. To guarantee short delivery times for its clients, Desch always strives to deliver from stock. The bar is certainly high during high season and much is demanded of the forklift trucks. “It’s full steam ahead from January through to May, and we even work on Sundays during that time. There are sometimes as many as 25 full trucks in the yard at once during that peak period,” Bas Langenberg continues.

The average operating time of a forklift truck in Desch’s production department is some 2,000 hours/year. It was precisely the high level of availability that led the company to rely entirely on LPG trucks until recently. The combustion engines have been available almost continuously. After all, if an LPG tank is empty, it is exchanged for a full one in no time at all and the truck can continue operating again.

However, Desch was eager to switch to quiet, zero-emission electric trucks for its new fleet of vehicles. “Not just because of the emissions,” Bas Langenberg explains. “The operating costs of electric vehicles are lower than those of combustion engines. Moreover, the trucks are less prone to failure.” What is more, the 1.6 tonne electric powered three-wheelers are more compact and agile than the 1.8 tonne vehicles in use until then. “That makes the trucks lighter and more energy efficient,” Bas Langenberg says.

Of course, availability remained crucial. And there is simply no room in the production facility for a special, expensive charging station. For this reason, as well as from a safety perspective, the use of exchangeable batteries was not an option. “We also looked at lithium-ion batteries, but that technology is still rather young for us. There are not enough references right now, so we weren’t confident enough in choosing that solution,” Mr Langenberg relates.

On the recommendation of UniCarriers and in collaboration with battery supplier EnerSys, Desch ultimately opted for NexSys batteries. Like lithium-ion batteries, the 48 V/625 Ah batteries allow for interim recharging, but the NexSys technology has been available for some time and has more than proven its worth. “Our drivers can now connect their trucks to the charging station during their coffee break, for example, so that we can continue operating throughout the hours needed,” Mr Langenberg says. To make (interim) recharging of the batteries as quick and simple as possible, UniCarriers moved the battery connector to the entry and exit side of the trucks.

Anouk Mantoua – Sales and Service manager Motive Power Netherlands at EnerSys summarised that it was a great experience to work with UniCarriers in the project, which has seen Desch Plantpak gain from choosing UniCarriers trucks powered by NexSys TPPL batteries.

Both Ms Van Daalen and Mr Langenberg are very satisfied with the collaboration with UniCarriers and EnerSys. “This is the first time we have worked with them. We were particularly impressed with how they thought along with us during the tender process and how quickly they responded,” Ms Van Daalen adds. “The future will tell whether the promises made regarding service are actually upheld. We have no experience with this. But I am convinced that it will be fine too.” All the trucks have been leased for a 72-month period, including a maintenance contract.

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