Wine store benefits from automated handling

At The Park – the UK’s largest independent wine bottling and storage facility – the introduction of a fleet of automated reach trucks and Radioshuttle technology supplied by Toyota has improved throughput efficiency, reduced labour costs and helped to overcome the problems associated with the increasingly difficult task of attracting and retaining qualified and proficient forklift operators and other warehouse personnel.

Following a strategic review of its drinks, manufacturing and distribution facility in Bristol, Accolade Wines – a leading global wine-making company whose portfolio of market-leading brands includes such popular labels as Hardys, Echo Falls, Banrock Station and Kumala – set about reconfiguring the site as a fully-automated contract beverage production and packing unit.

Located at the mouth of the River Severn, the facility – which is now known as The Park – has been transformed into a fully automated operation capable of supporting future growth and reducing labour costs while delivering a complete drinks solution for the European beverage sector.

The Park’s General Manager, Richard Lloyd, comments: “This investment, coupled with others, has given us a phenomenal scale to offer a range of services to other drinks companies with whom we have synergies. By working in partnership with someone that can handle their logistics, packing and warehousing needs, our clients can focus their energy on creating brands. The Park, handles every aspect of their fulfillment operation.”

The extra volume provided by The Park has been welcomed by the UK and European drinks industry. “More than 40% of all the wine that arrives in Britain is estimated to be brought into the country in bulk tanks before bottling for the simple reason that it is possible to fit close to two and a half times the amount into a shipping container if the wine is stored in a bulk tank rather than bottles,” explains Richard Lloyd.

“With the UK’s existing contract bottlers either at, or close-to capacity and the amount of wine shipped this way only likely to increase, the arrival of The Park is good news for the beverage sector,” he adds.

Almost half of the total sum spent on redeveloping The Park was invested in automating key aspects of the site’s empty bottle storage system and upgrading the manually-operated reach truck fleet that serves the site’s high bay finished goods warehouse.

Toyota Material Handling planned and delivered the project and supplied the manual forklifts, VNA forklifts, automated reach trucks and the Radioshuttle technology that is at the heart of this ultra-efficient handling and storage solution.

Eight Toyota Radioshuttles operate within The Park’s high-density empty bottle storage system. The load carriers automatically place or retrieve palletised loads of empty glass wine (and, of course, other beverage) bottles within the racking. In simple terms, they shuttle pallets of bottles backwards and forwards within the racking, allowing them to be loaded and unloaded to and from the storage cube by the automated Toyota reach trucks in a first-in, first-out (FIFO) pattern. For optimum flexibility each shuttle can be moved between lanes within the racking as required.

In essence, palletised loads of empty glass bottles arrive at The Park from various suppliers on curtainsided lorries. The curtainsiders are unloaded using manually-operated counterbalance forklifts which deliver the pallets to an allocated drop-down position within the in-bound marshalling area. Once incoming pallets have been deposited within the goods-in zone an order is triggered and the fully automated reach trucks are sent to collect loads in a pre-arranged sequence and deliver the empty bottles to the in-bound face of the high-density rack system. Automated reach trucks place pallets on to one of the Radioshuttles which then delivers the pallet to its designated position within the storage system.

The empty bottles are stored in the high-density Radioshuttle system until such time as they are needed in the bottling plant, at which point an order is created for the type of SKU required and a Radioshuttle is instructed to retrieve an appropriate pallet and deliver it to the waiting automated reach truck. The automated reach truck delivers the empty bottles directly to The Park’s production area.

Once bottles have been filled, finished loads are taken from the bottling plant by the automated reach trucks and deposited P&D stations within the high bay finished goods store before being put-away by the Toyota VNA trucks.

One of the main drivers behind the decision to automate elements of the intralogistics process at The Park was the fact that companies across the European logistics sector are finding it increasingly tough to attract and retain qualified and proficient warehouse personnel –forklift operators in particular.

The automated reach trucks supplied by Toyota undertake every type of task that would be expected of traditional manually-operated models. Originally 26 Toyota RAE160 automated reach trucks were acquired for operation at The Park but such has been the success of the system and, with throughput rising at the site, a further three machines have been ordered. The trucks are part of Toyota’s Autopilot series of operator-free materials handling equipment that also includes counterbalanced trucks, powered pallet trucks and heavy-duty tow tractors.

Safety is a feature of all Autopilot products and, with built-in scanners and obstacle detection units preventing collisions, the machines can operate in the same area as manual workers and other materials handling equipment.

The trucks at The Park are controlled by Toyota’s in-house-designed Order Manager software. Capable of working as a standalone or communications layer with most WMS and production systems, Order Manager tracks goods storage, orders, traffic and flow.

In addition to the obvious saving in labour costs that opting for a fleet of automated reach trucks has delivered, other benefits include: reduced damage to goods, racking and trucks; greater picking accuracy; and more efficient use of the available storage space.

Given the scale and complexity of the project, integrating the Toyota AGVs and Radioshuttle units to The Park’s existing WMS and conveyor systems was challenging, as John Hobbs, Toyota Project Manager – Logistics Solutions, explains: “A lot of integration was required to automate what had originally been done manually. Several different systems had to be brought together and made to read and understand the messages that were being sent. In other words, we had to be sure that messages were going back and forth correctly between the client’s WMS and the system that controls the new hardware.”

The project went live in June 2021 and it is estimated that when the financial benefits accruing from the site’s improved throughput efficiency are added to the reduced cost of the wage bill that the automated handling technology delivers, The Park’s total annual cost saving will be extremely significant.

Richard Lloyd comments: “With automation costs decreasing and becoming more available with better paybacks, we were very aware of the importance of embracing the technology but, at the same time, we were also conscious of the need to invest wisely to ensure that our automated handling systems deliver maximum impact. We have to remain cost competitive and keep driving productivity forward, but won’t invest in automation that will become obsolete in three years’ time because demand has changed.”

Toyota’s John Hobbs adds: “The growing pressure to make the most of every square foot of storage capacity along with the fact that experienced workers are becoming increasingly difficult and costly to employ, means warehouse automation is now a highly attractive intralogistics option for companies across the beverage sector.

“As The Park demonstrates so clearly, automating those aspects of a wine warehouse’s operation that follow a predictable pattern makes a lot of sense – particularly since relatively recent developments in automation technology have seen the emergence of flexible and scalable products that deliver a rapid return-on-investment by driving productivity, saving costs and improving on-site safety.”

Toyota Material Handling has successfully delivered more than 270 automated projects featuring over 1,000 automated guided vehicles across Europe.

Wine store benefits from automated handling

At The Park – the UK’s largest independent wine bottling and storage facility – the introduction of a fleet of automated reach trucks and Radioshuttle technology supplied by Toyota has improved throughput efficiency, reduced labour costs and helped to overcome the problems associated with the increasingly difficult task of attracting and retaining qualified and proficient forklift operators and other warehouse personnel.

Following a strategic review of its drinks, manufacturing and distribution facility in Bristol, Accolade Wines – a leading global wine-making company whose portfolio of market-leading brands includes such popular labels as Hardys, Echo Falls, Banrock Station and Kumala – set about reconfiguring the site as a fully-automated contract beverage production and packing unit.

Located at the mouth of the River Severn, the facility – which is now known as The Park – has been transformed into a fully automated operation capable of supporting future growth and reducing labour costs while delivering a complete drinks solution for the European beverage sector.

The Park’s General Manager, Richard Lloyd, comments: “This investment, coupled with others, has given us a phenomenal scale to offer a range of services to other drinks companies with whom we have synergies. By working in partnership with someone that can handle their logistics, packing and warehousing needs, our clients can focus their energy on creating brands. The Park, handles every aspect of their fulfillment operation.”

The extra volume provided by The Park has been welcomed by the UK and European drinks industry. “More than 40% of all the wine that arrives in Britain is estimated to be brought into the country in bulk tanks before bottling for the simple reason that it is possible to fit close to two and a half times the amount into a shipping container if the wine is stored in a bulk tank rather than bottles,” explains Richard Lloyd.

“With the UK’s existing contract bottlers either at, or close-to capacity and the amount of wine shipped this way only likely to increase, the arrival of The Park is good news for the beverage sector,” he adds.

Almost half of the total sum spent on redeveloping The Park was invested in automating key aspects of the site’s empty bottle storage system and upgrading the manually-operated reach truck fleet that serves the site’s high bay finished goods warehouse.

Toyota Material Handling planned and delivered the project and supplied the manual forklifts, VNA forklifts, automated reach trucks and the Radioshuttle technology that is at the heart of this ultra-efficient handling and storage solution.

Eight Toyota Radioshuttles operate within The Park’s high-density empty bottle storage system. The load carriers automatically place or retrieve palletised loads of empty glass wine (and, of course, other beverage) bottles within the racking. In simple terms, they shuttle pallets of bottles backwards and forwards within the racking, allowing them to be loaded and unloaded to and from the storage cube by the automated Toyota reach trucks in a first-in, first-out (FIFO) pattern. For optimum flexibility each shuttle can be moved between lanes within the racking as required.

In essence, palletised loads of empty glass bottles arrive at The Park from various suppliers on curtainsided lorries. The curtainsiders are unloaded using manually-operated counterbalance forklifts which deliver the pallets to an allocated drop-down position within the in-bound marshalling area. Once incoming pallets have been deposited within the goods-in zone an order is triggered and the fully automated reach trucks are sent to collect loads in a pre-arranged sequence and deliver the empty bottles to the in-bound face of the high-density rack system. Automated reach trucks place pallets on to one of the Radioshuttles which then delivers the pallet to its designated position within the storage system.

The empty bottles are stored in the high-density Radioshuttle system until such time as they are needed in the bottling plant, at which point an order is created for the type of SKU required and a Radioshuttle is instructed to retrieve an appropriate pallet and deliver it to the waiting automated reach truck. The automated reach truck delivers the empty bottles directly to The Park’s production area.

Once bottles have been filled, finished loads are taken from the bottling plant by the automated reach trucks and deposited P&D stations within the high bay finished goods store before being put-away by the Toyota VNA trucks.

One of the main drivers behind the decision to automate elements of the intralogistics process at The Park was the fact that companies across the European logistics sector are finding it increasingly tough to attract and retain qualified and proficient warehouse personnel –forklift operators in particular.

The automated reach trucks supplied by Toyota undertake every type of task that would be expected of traditional manually-operated models. Originally 26 Toyota RAE160 automated reach trucks were acquired for operation at The Park but such has been the success of the system and, with throughput rising at the site, a further three machines have been ordered. The trucks are part of Toyota’s Autopilot series of operator-free materials handling equipment that also includes counterbalanced trucks, powered pallet trucks and heavy-duty tow tractors.

Safety is a feature of all Autopilot products and, with built-in scanners and obstacle detection units preventing collisions, the machines can operate in the same area as manual workers and other materials handling equipment.

The trucks at The Park are controlled by Toyota’s in-house-designed Order Manager software. Capable of working as a standalone or communications layer with most WMS and production systems, Order Manager tracks goods storage, orders, traffic and flow.

In addition to the obvious saving in labour costs that opting for a fleet of automated reach trucks has delivered, other benefits include: reduced damage to goods, racking and trucks; greater picking accuracy; and more efficient use of the available storage space.

Given the scale and complexity of the project, integrating the Toyota AGVs and Radioshuttle units to The Park’s existing WMS and conveyor systems was challenging, as John Hobbs, Toyota Project Manager – Logistics Solutions, explains: “A lot of integration was required to automate what had originally been done manually. Several different systems had to be brought together and made to read and understand the messages that were being sent. In other words, we had to be sure that messages were going back and forth correctly between the client’s WMS and the system that controls the new hardware.”

The project went live in June 2021 and it is estimated that when the financial benefits accruing from the site’s improved throughput efficiency are added to the reduced cost of the wage bill that the automated handling technology delivers, The Park’s total annual cost saving will be extremely significant.

Richard Lloyd comments: “With automation costs decreasing and becoming more available with better paybacks, we were very aware of the importance of embracing the technology but, at the same time, we were also conscious of the need to invest wisely to ensure that our automated handling systems deliver maximum impact. We have to remain cost competitive and keep driving productivity forward, but won’t invest in automation that will become obsolete in three years’ time because demand has changed.”

Toyota’s John Hobbs adds: “The growing pressure to make the most of every square foot of storage capacity along with the fact that experienced workers are becoming increasingly difficult and costly to employ, means warehouse automation is now a highly attractive intralogistics option for companies across the beverage sector.

“As The Park demonstrates so clearly, automating those aspects of a wine warehouse’s operation that follow a predictable pattern makes a lot of sense – particularly since relatively recent developments in automation technology have seen the emergence of flexible and scalable products that deliver a rapid return-on-investment by driving productivity, saving costs and improving on-site safety.”

Toyota Material Handling has successfully delivered more than 270 automated projects featuring over 1,000 automated guided vehicles across Europe.

Prologis and Duke Realty in $26bn merger

Prologis, Inc. and Duke Realty Corporation have announced that the two companies have entered into a definitive merger agreement by which Prologis will acquire Duke Realty in an all-stock transaction, valued at approximately $26 billion, including the assumption of debt. The respective board of directors for Prologis and Duke Realty have unanimously approved the transaction.

“We have admired the disciplined repositioning strategy the Duke Realty team has completed over the last decade,” said Prologis Co-founder, CEO and Chairman Hamid R. Moghadam. “They have built an exceptional portfolio in the US located in geographies we believe will outperform in the future. That will be fuelled by Prologis’ proven track record as a value creator in the logistics space. We have a diverse model that allows us to deliver even more value to customers.”

With the transaction, Prologis is gaining high-quality properties for its portfolio in key geographies, including Southern California, New Jersey, South Florida, Chicago, Dallas and Atlanta.

The acquisition on an owned and managed basis comprises:

  • 153 million square feet of operating properties in 19 major US logistics geographies
  • 11 million square feet of development in progress – about $1.6 billion in total expected investment
  • 1,228 acres of land owned and under option with a build-out of approximately 21 million square feet
  • Prologis plans to hold approximately 94% of the Duke Realty assets and exit one market

“This transaction is a testament to Duke Realty’s world-class portfolio of industrial properties, long-proven success and sustainable value creation we’ve delivered over the years,” said Duke Realty Chairman and CEO Jim Connor. “We have always respected Prologis, and after a deliberate and comprehensive evaluation of the transaction and the improved offer, we are excited to bring together our two complementary businesses. Together, we will be able to accelerate the potential of our business and better serve tenants and partners.

“We are confident that this transaction – including the meaningful opportunity it provides for shareholders to participate in the growth and upside from the combined portfolio – is in the best long-term interest of Duke Realty shareholders.”

“This transaction increases the strength, size and diversification of our balance sheet while expanding the opportunity for Prologis to apply innovation to drive long-term growth,” said Tim Arndt, Prologis‘ chief financial officer. “In addition to generating significant synergies, the combination of these portfolios will help us deliver more services to our customers and drive incremental long-term earnings growth.”

 

AR extends household items warehouse

Logística de Menaje S.L., part of the Grupo Marcos Larrañaga y CIA which operates in the household items sector for hospitality and households with the Lacor and Ibili brands, chose AR Racking to carry out the extension of its logistics centre located in Alegría-Dulantzi (Álava, Spain).

Completed at the end of 2021, the extension to Logística de Menaje’s warehouse is a continuous innovation process to adapt to the needs of its customers to offer a premium quality service in terms of design, production, logistics and administration. The storage systems specialist AR Rackinghad previously completed in 2020 an initial optimisation phase of 3,540 sq m of the warehouse.

In this second phase of the project, the extension covered a total of 1,445 sq m of the intermediate stock warehouse, installing the AR Shuttle semi-automated storage system. This solution with motorised pallet shuttles has enabled maximum exploitation of both the floor and height space to generate a storage capacity for 4,961 pallets, on top of the 12,960 obtained in the installation of 2020. In total, this amounts to almost 18,000 positions for storing household products.

Compact racking equipped with AR Shuttle make up a high-density storage system, enabling great use of the space and reduction of the work aisles of the forklift. In fact, it is the motorised pallet shuttles that transport the unit loads autonomously inside the racking structure.

Complex and custom design in 4 weeks

The project had to consider complex development limitations that necessitated a detailed floor and height design, which thanks to the perfect execution of AR Racking’s civil engineering and engineering work ensured its success.

Of note, too, were the tight deadlines managed to get the warehouse operational as quickly as possible, executing the installation of this second extension phase in just four weeks. The initial phase was developed in seven weeks.

In the words of Menaje’s Logistics Director, Yolanda Ocio: “Having the facilities up and running in record time allowed us to continue with our daily business operations adapting to the storage needs that arose.

“This intermediate stock area installed with the AR Shuttle system acts as a buffer from our shipment area and allows us to store a high number of references in a very reduced space.”

From AR Racking, Xabier Rica, Project Manager and Sales Representative for the Northern Region, stressed: “The joint work with Menaje S.L.’s logistics managers was key to developing the project according to its specific storage needs, and fully optimising the available space through the construction of the warehouse and design of the storage system.”

CLICK HERE to watch a video.

AR extends household items warehouse

Logística de Menaje S.L., part of the Grupo Marcos Larrañaga y CIA which operates in the household items sector for hospitality and households with the Lacor and Ibili brands, chose AR Racking to carry out the extension of its logistics centre located in Alegría-Dulantzi (Álava, Spain).

Completed at the end of 2021, the extension to Logística de Menaje’s warehouse is a continuous innovation process to adapt to the needs of its customers to offer a premium quality service in terms of design, production, logistics and administration. The storage systems specialist AR Rackinghad previously completed in 2020 an initial optimisation phase of 3,540 sq m of the warehouse.

In this second phase of the project, the extension covered a total of 1,445 sq m of the intermediate stock warehouse, installing the AR Shuttle semi-automated storage system. This solution with motorised pallet shuttles has enabled maximum exploitation of both the floor and height space to generate a storage capacity for 4,961 pallets, on top of the 12,960 obtained in the installation of 2020. In total, this amounts to almost 18,000 positions for storing household products.

Compact racking equipped with AR Shuttle make up a high-density storage system, enabling great use of the space and reduction of the work aisles of the forklift. In fact, it is the motorised pallet shuttles that transport the unit loads autonomously inside the racking structure.

Complex and custom design in 4 weeks

The project had to consider complex development limitations that necessitated a detailed floor and height design, which thanks to the perfect execution of AR Racking’s civil engineering and engineering work ensured its success.

Of note, too, were the tight deadlines managed to get the warehouse operational as quickly as possible, executing the installation of this second extension phase in just four weeks. The initial phase was developed in seven weeks.

In the words of Menaje’s Logistics Director, Yolanda Ocio: “Having the facilities up and running in record time allowed us to continue with our daily business operations adapting to the storage needs that arose.

“This intermediate stock area installed with the AR Shuttle system acts as a buffer from our shipment area and allows us to store a high number of references in a very reduced space.”

From AR Racking, Xabier Rica, Project Manager and Sales Representative for the Northern Region, stressed: “The joint work with Menaje S.L.’s logistics managers was key to developing the project according to its specific storage needs, and fully optimising the available space through the construction of the warehouse and design of the storage system.”

CLICK HERE to watch a video.

IFOY FINALIST FOCUS: DSR (Descent Speed Regulation) by STILL

Continuing with our run-through of each of the IFOY Award nominated finalists ahead of the winners announcement on 30th June at BMW World, we look at STILL’s DSR (Descent Speed Regulation) solution, the third of three entries in the Special of the Year category.

IFOY category: Special of the Year

STILL Descent Speed Regulation (DSR) is a three-stage assistance system for platform trucks and tractors which facilitates safe descent for the driver, especially with heavy trailer loads. Depending on the configuration, it manually or automatically regulates the speed of the vehicle to a value that can prevent dangerous situations.

Description

DSR is an assistance function that supports operators of towing and transport vehicles in their daily work. Especially when driving downhill, there is a risk of dangerous situations. DSR can prevent these.

The first configuration level is DSR Basic. Here, the driver must activate the system manually via the STILL Easy Control operating unit. When activated, a previously set maximum speed is maintained, even when driving downhill. The hydraulic service brake is actively engaged if the vehicle threatens to become too fast when travelling downhill. Even if the driver does not step on the brake pedal, the vehicle is braked.

The second configuration level is DSR Eco. In this configuration, the system does not have to be activated manually, but is always on stand-by in the background. The system activates automatically when a slope is detected. With DSR Eco, a gradient indicator is continuously shown in the display. The speed is limited to one predefined value when a slope is detected.

The third configuration level is DSR Premium. Here, in addition to DSR Eco, the load weight is estimated and shown on the display. With DSR Premium, the vehicle regulates the speed when driving downhill depending on the slope and the towed load. So, the speed is not set to a predefined value, but to the appropriate value for the respective situation. This allows for optimum performance coupled with maximum safety at all times.

CLICK HERE to watch a video.

IFOY TEST REPORT

With the Descent Speed Regulation, DSR for short, Still introduces a unique assistance system for trucks and tuggers that facilitates safe driving on ramps even with heavy trailer loads. The system monitors and regulates the speed of the vehicle – manually or automatically, depending on the configuration. There are three different versions: DSR Basic, DSR Eco and DSR Premium.

With DSR Basic, the driver activates the system manually via the Still Easy Control operating unit. When activated, a preset maximum speed is maintained, even when driving downhill. The hydraulic service brake is actively activated as soon as the vehicle threatens to go too fast when going downhill. Even if the driver does not depress the brake pedal, the vehicle brakes. DSR Eco goes one step further. In this version, the programme does not have to be activated manually, but is always on stand-by in the background. It is activated automatically when an angle of inclination is detected.

The slope and load are calculated by evaluating the speeds and torques of the drive units and the data from an acceleration and speed sensor. With DSR Eco, a slope indicator is constantly shown on the display. If an incline is detected, the speed is automatically limited to a preset value.

The luxury version, DSR Premium, was nominated for the IFOY AWARD. Here, in addition to DSR Eco, a load evaluation is also carried out and shown on the display. With DSR Premium, the vehicle regulates its speed when driving downhill depending on the gradient and the load being towed. The speed is therefore not reduced to a predefined value, but optimally adapted to the respective situation. In this way, the vehicle always achieves the best possible performance with maximum safety.

The maintenance-free, hydraulic oil-bath brakes on the front and rear axles operate electrohydraulically. The brake on the front axle is designed as a brake-by-wire system. The brake demand is registered via a potentiometer on the brake pedal, whereupon the braking process is initiated hydraulically via an electric pressure-reducing valve.

The electrical control of this pressure valve makes it possible to brake very precisely and also to actively intervene in the service brake. Thanks to this technical concept, the DSR system can regulate the speed when driving downhill – even without active intervention by the driver.

DSR reduces the need for the driver to apply the brakes and thus the risk of overheating. In addition, the system monitors driving behaviour, which significantly reduces the risk of unsafe situations.

IFOY Test Verdict

STILL Descent Speed Regulation (DSR) is a world first. The unique assistance system supports safe driving on inclines and improves driving characteristics at the same time. Depending on the version, DSR recognises the exact gradient and the current load weight. The speed is then automatically adjusted to the respective conditions. Pulling sometimes heavy loads becomes much safer with this system.

IFOY INNOVATION CHECK

Market relevance: The development of the Descent Speed Regulation (DSR) supports very well the increasing safety requirements of the users and helps to prevent consequential costs due to negligent driving behaviour. The possible effects of exceeding the maximum permissible speed of heavy tow trains are high and therefore actually justify a very high market relevance. It should be noted, however, that inclined tracks for tow trains are not very widespread and the development of DSR does not have to be applied everywhere.

Customer benefit: The indisputable benefit results from the safe and reliable detection of steep sections and the load-dependent reduction of speed. Systems for general speed reduction lead to a loss of throughput and to a reduction in the motivation of drivers, who feel patronised by such a system and may switch it off. The increased safety for the driver, but also for uninvolved road users, is just as high as the consequential costs for vehicles or the transported goods due to serious accidents. The benefit is limited at best, since material flow planning already tries to avoid downhill stretches, which is why they occur comparatively rarely in the field of application.

Novelty: The safe and reliable detection of both the inclined sections being travelled on and the attached load has never been solved in a comparable way before. The successful combination of existing sensor principles and measuring sections as well as their evaluation in a computer unit, together with a powerful actuator system, result in a very good innovation.

Functionality / type of implementation: The aforementioned recognition and evaluation of the driving characteristics leads to an impressive driving behaviour, which could be experienced in a comprehensible way on a driving route with a 10 per cent gradient. The driver information display shows the driving mode and the determined parameters and thus makes the behaviour of the assistance system easy to understand.

Verdict: The product provides an innovative solution to avoid accidents by determining the actual towing weight and the actual inclination of the driving path. It is not relevant for all users, but helps safely and well on existing downhill stretches.

market relevance +
customer benefit +
novelty ++
functionality / type of implementation +
[++ very good / + good / Ø balanced / – less / – – not available]

For an overview of all the finalists, visit www.ifoy.org

CLICK HERE to find out more about STILL’s DSR (Descent Speed Regulation) solution.

 

 

IFOY FINALIST FOCUS: DSR (Descent Speed Regulation) by STILL

Continuing with our run-through of each of the IFOY Award nominated finalists ahead of the winners announcement on 30th June at BMW World, we look at STILL’s DSR (Descent Speed Regulation) solution, the third of three entries in the Special of the Year category.

IFOY category: Special of the Year

STILL Descent Speed Regulation (DSR) is a three-stage assistance system for platform trucks and tractors which facilitates safe descent for the driver, especially with heavy trailer loads. Depending on the configuration, it manually or automatically regulates the speed of the vehicle to a value that can prevent dangerous situations.

Description

DSR is an assistance function that supports operators of towing and transport vehicles in their daily work. Especially when driving downhill, there is a risk of dangerous situations. DSR can prevent these.

The first configuration level is DSR Basic. Here, the driver must activate the system manually via the STILL Easy Control operating unit. When activated, a previously set maximum speed is maintained, even when driving downhill. The hydraulic service brake is actively engaged if the vehicle threatens to become too fast when travelling downhill. Even if the driver does not step on the brake pedal, the vehicle is braked.

The second configuration level is DSR Eco. In this configuration, the system does not have to be activated manually, but is always on stand-by in the background. The system activates automatically when a slope is detected. With DSR Eco, a gradient indicator is continuously shown in the display. The speed is limited to one predefined value when a slope is detected.

The third configuration level is DSR Premium. Here, in addition to DSR Eco, the load weight is estimated and shown on the display. With DSR Premium, the vehicle regulates the speed when driving downhill depending on the slope and the towed load. So, the speed is not set to a predefined value, but to the appropriate value for the respective situation. This allows for optimum performance coupled with maximum safety at all times.

CLICK HERE to watch a video.

IFOY TEST REPORT

With the Descent Speed Regulation, DSR for short, Still introduces a unique assistance system for trucks and tuggers that facilitates safe driving on ramps even with heavy trailer loads. The system monitors and regulates the speed of the vehicle – manually or automatically, depending on the configuration. There are three different versions: DSR Basic, DSR Eco and DSR Premium.

With DSR Basic, the driver activates the system manually via the Still Easy Control operating unit. When activated, a preset maximum speed is maintained, even when driving downhill. The hydraulic service brake is actively activated as soon as the vehicle threatens to go too fast when going downhill. Even if the driver does not depress the brake pedal, the vehicle brakes. DSR Eco goes one step further. In this version, the programme does not have to be activated manually, but is always on stand-by in the background. It is activated automatically when an angle of inclination is detected.

The slope and load are calculated by evaluating the speeds and torques of the drive units and the data from an acceleration and speed sensor. With DSR Eco, a slope indicator is constantly shown on the display. If an incline is detected, the speed is automatically limited to a preset value.

The luxury version, DSR Premium, was nominated for the IFOY AWARD. Here, in addition to DSR Eco, a load evaluation is also carried out and shown on the display. With DSR Premium, the vehicle regulates its speed when driving downhill depending on the gradient and the load being towed. The speed is therefore not reduced to a predefined value, but optimally adapted to the respective situation. In this way, the vehicle always achieves the best possible performance with maximum safety.

The maintenance-free, hydraulic oil-bath brakes on the front and rear axles operate electrohydraulically. The brake on the front axle is designed as a brake-by-wire system. The brake demand is registered via a potentiometer on the brake pedal, whereupon the braking process is initiated hydraulically via an electric pressure-reducing valve.

The electrical control of this pressure valve makes it possible to brake very precisely and also to actively intervene in the service brake. Thanks to this technical concept, the DSR system can regulate the speed when driving downhill – even without active intervention by the driver.

DSR reduces the need for the driver to apply the brakes and thus the risk of overheating. In addition, the system monitors driving behaviour, which significantly reduces the risk of unsafe situations.

IFOY Test Verdict

STILL Descent Speed Regulation (DSR) is a world first. The unique assistance system supports safe driving on inclines and improves driving characteristics at the same time. Depending on the version, DSR recognises the exact gradient and the current load weight. The speed is then automatically adjusted to the respective conditions. Pulling sometimes heavy loads becomes much safer with this system.

IFOY INNOVATION CHECK

Market relevance: The development of the Descent Speed Regulation (DSR) supports very well the increasing safety requirements of the users and helps to prevent consequential costs due to negligent driving behaviour. The possible effects of exceeding the maximum permissible speed of heavy tow trains are high and therefore actually justify a very high market relevance. It should be noted, however, that inclined tracks for tow trains are not very widespread and the development of DSR does not have to be applied everywhere.

Customer benefit: The indisputable benefit results from the safe and reliable detection of steep sections and the load-dependent reduction of speed. Systems for general speed reduction lead to a loss of throughput and to a reduction in the motivation of drivers, who feel patronised by such a system and may switch it off. The increased safety for the driver, but also for uninvolved road users, is just as high as the consequential costs for vehicles or the transported goods due to serious accidents. The benefit is limited at best, since material flow planning already tries to avoid downhill stretches, which is why they occur comparatively rarely in the field of application.

Novelty: The safe and reliable detection of both the inclined sections being travelled on and the attached load has never been solved in a comparable way before. The successful combination of existing sensor principles and measuring sections as well as their evaluation in a computer unit, together with a powerful actuator system, result in a very good innovation.

Functionality / type of implementation: The aforementioned recognition and evaluation of the driving characteristics leads to an impressive driving behaviour, which could be experienced in a comprehensible way on a driving route with a 10 per cent gradient. The driver information display shows the driving mode and the determined parameters and thus makes the behaviour of the assistance system easy to understand.

Verdict: The product provides an innovative solution to avoid accidents by determining the actual towing weight and the actual inclination of the driving path. It is not relevant for all users, but helps safely and well on existing downhill stretches.

market relevance +
customer benefit +
novelty ++
functionality / type of implementation +
[++ very good / + good / Ø balanced / – less / – – not available]

For an overview of all the finalists, visit www.ifoy.org

CLICK HERE to find out more about STILL’s DSR (Descent Speed Regulation) solution.

 

 

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