The future of heavy transportation is officially here! 🌍 In this epic showcase, we dive into the most advanced truck inventions, autonomous systems, and mega cargo innovations operating in the world today. Watch these intelligent heavy duties handle massive logstics operations with insane precision, eco-friendly engines, and cutting-edge safety features. This is next-level industrial engineering! 🚛🛠️
If you love powerful commercial vehicles, future transportation, and insane modern machinery, hit that follow button, like, and share for more mind-blowing tech content! 🚀🎬
#advancedtrucks #truckinventions #heavymachinery #futuretransportation #modernengineering #smartlogistics #truckingtech #megavehicles #satisfyingtechnology #industrialmachinery
If you love powerful commercial vehicles, future transportation, and insane modern machinery, hit that follow button, like, and share for more mind-blowing tech content! 🚀🎬
#advancedtrucks #truckinventions #heavymachinery #futuretransportation #modernengineering #smartlogistics #truckingtech #megavehicles #satisfyingtechnology #industrialmachinery
Category
🤖
TechTranscript
00:00.
00:28Instead of relying on big cranks,
00:31the Gaussin ACM takes a more self-contained approach to moving containers.
00:37It is a self-propelled machine with a U-shaped frame and a hydraulic lifting system,
00:42which allows it to pick up, move and place containers as part of one process.
00:48Public technical information says it works with ISO 20-foot containers
00:53and can manage loads up to 25 tons or about 55,100 pounds.
00:59What makes it interesting is that it is not simply pulling containers from one place to another.
01:05The hydraulic U-frame lets the machine engage the container directly,
01:10lift it and move it across a site without depending on extra equipment like cranes,
01:15bridge cranes or gantries.
01:17That can be very useful in places where space is limited
01:21or where traffic routes, safety zones and building layouts make container movement more complicated.
01:27The ACM has also been used in more specialized environments,
01:31which says a lot about the kind of work it can do.
01:35Public reporting connected it to EDF's Shinon nuclear power plants,
01:39showing that it was used in a setting where control,
01:42safety and repeatable handling matter a great deal.
01:46Another point that gives the ACM some depth is that it does not seem to be a one-time concept.
01:52Gao Xin said the machine delivered to Shinon replaced an earlier ACM supplied in 2001,
01:59and the company reported that 12 units were operating by March 2018.
02:12Moving a yacht by road is a bit like trying to carry a whale on a hallway cart.
02:18It can be done, but only when the equipment is made for something that big and oddly shaped.
02:25That is what makes this modular low-bed semi-trailer interesting.
02:30It is not a standard trailer with a simple flat platform.
02:34It is a specialized transport unit made for yachts.
02:39Instead of treating the boat like regular freight,
02:42it works around the structure of the yacht itself.
02:45One of the main things that stand out is how adjustable the trailer is.
02:49The chassis can be extended and widened.
02:52The double side beam frame also helps keep the center area open,
02:56so supports and cradles can be placed where they are actually needed.
03:00That matters with yacht transport,
03:03because the load is not uniform and support has to match the lines of the vessel.
03:07The front section uses a detachable neck with adjustable height,
03:12which helps during loading and makes it easier to match the trailer to different tractors and support setups.
03:18The suspension setup plays a big role too,
03:21especially in places like marinas, port roads, yards and tight turns.
03:27Hydraulic steering with radio control gives the operator better control in confined spaces,
03:32and the suspension system helps manage load balance and travel heights while the yacht is in motion.
03:48Let's talk about this 8x8 all-terrain vehicle
03:52made for travel in places where normal trucks would have a hard time getting through.
03:56It uses a turbo diesel engine with 170 horsepower and 443 pound-feet of torque.
04:04That kind of setup matters because this vehicle is not about speed.
04:08It is more about having enough pulling power to keep moving.
04:13Inside, the equipment is practical and focused on real field use.
04:18It comes with LED headlights, two searchlights,
04:21heated windshield elements, heated front seats, heated side mirrors,
04:25a monitor-equipped head unit, liquid heaters for both the cab and passenger section,
04:31and an hour meter.
04:32What makes the Arctica interesting is how everything works together.
04:36The engine, tire system, drivetrain, and large insulated body all support the same goal,
04:43helping people and gear get across remote terrain in a wheeled vehicle that can carry a serious load.
04:49It uses a 5-speed manual transmission, along with a 2-speed transfer case,
04:54so power can be managed better when the terrain gets difficult.
04:58The steering system is hydrostatic, with power cylinders on the steerable axles,
05:03which helps control a machine this size.
05:05One of the most useful parts of the Arctica is its central tire inflation system.
05:10The driver can change tire pressure depending on the surface,
05:14which helps a lot when moving from softer ground to firmer areas.
05:29MetroTrux INT35 is a heavy wrecker made for serious towing.
05:34With a 35-ton boom capacity, dual 44,000-pound winches,
05:40and a 162-inch cab-to-center of tandem steel body,
05:46it has the kind of setup operators look for
05:49when they need strong lifting and pulling power on a regular basis.
05:53It comes with standard gear like frame fork holders,
05:57frame fork racks, chain racks,
06:00four sets of frame forks,
06:02manual controls on both sides,
06:04and safety chains,
06:05so it arrives with the main equipment needed for daily work.
06:09Its boom is one of the main highlights.
06:12It can lift 77,000 pounds when retracted,
06:16and 33,000 pounds when extended.
06:20The maximum lift angle is 45 degrees,
06:23and it reaches a hook height of 267.7 inches,
06:28with 89 inches of reach past the tailboard.
06:31The underlift also brings strong towing capability.
06:35It can manage 35,274 pounds in the retracted position
06:41at 83.9 inches,
06:43and 17,637 pounds in the extended position at 148 inches.
06:51On top of that,
06:53the tire lift setup provides 24,912 pounds total,
06:58while the fifth-wheel adapter adds more flexibility
07:01for certain towing jobs.
07:02In simple terms,
07:04the INT-35 fits into that middle space
07:07between lighter, integrated wreckers
07:10and much larger rotators.
07:12It gives fleets a strong option for truck tows,
07:16highway recoveries,
07:17and heavier roadside calls
07:19without stepping into the biggest category.
07:32Gaussin ATM is a yard tractor
07:35that moves trailers and semi-trailers
07:37around places like logistics centers
07:39and industrial sites.
07:41It is not meant for highway driving.
07:44Its job is to move heavy loads
07:46around private work areas
07:48where trailers need to be shifted
07:50or repositioned during daily operations.
07:53It uses a 4x2 driveline
07:56and two traction motors
07:57with a top speed of about 15.5 miles per hour.
08:02The payload is about 41.9 tons.
08:05There are two power versions.
08:07The battery electric model uses
08:10two swappable 55-kilowatt-hour battery packs.
08:14The hydrogen version uses a 15-kilowatt fuel cell,
08:18an 11-pound hydrogen tank,
08:20and an extra 20-kilowatt-hour battery.
08:23Both versions use the same
08:25modular electric platform.
08:27This model also fits into a bigger picture.
08:30Gaussin connects the ATM-38T
08:33with automated yard operations
08:35in gated logistics environments.
08:45Some machines do the quiet heavy lifting
08:48while everything else on site
08:49gets the attention.
08:51And this is one of them.
08:54The Bergman C815S
08:57is the kind of dumper that comes in,
08:59carries a serious amount of material,
09:02tips it where it needs to go,
09:04and heads back for more
09:06without making a big show of it.
09:08It is a large articulated site dumper
09:10made for moving things like
09:12soil, aggregate, spoil, demolition debris,
09:15and other construction material.
09:17What makes it stand out
09:19is the way it combines
09:20carrying capacity with maneuverability.
09:23Instead of acting like a regular truck,
09:25it bends through the middle,
09:27which helps it move through tighter spaces
09:29and work areas
09:30where turning room can be limited.
09:33It also comes in three different body types,
09:36so the unloading style
09:37can match the job.
09:39The rear tip version works well
09:42when material only needs to be discharged
09:44behind the machine.
09:46The three-way tip version
09:47adds the option of placing material
09:49to either side,
09:51which can help when working along trenches
09:53or narrow access routes.
09:55It uses a four-cylinder,
09:57water-cooled Cummins diesel engine.
10:00Top speed is about 25 miles per hour,
10:02and the hydraulic articulated steering
10:05allows 37 degrees of movement
10:07to each side.
10:09The chassis uses a leaf-sprung front axle
10:12and a rigid rear axle.
10:14A self-locking differential
10:16with a 45% locking value
10:18helps when extra grip is needed.
10:31When a big festival event ends,
10:33there is often a lot left behind
10:35on the ground.
10:36That is the kind of work
10:37Esky's Cleaning seems to focus on.
10:40It appears to concentrate
10:41on cleaning large outdoor event spaces
10:44such as festival fields and campsites.
10:47One of the most interesting parts
10:48of its work is the Festival Magnete.
10:52This is a magnetic cleanup machine
10:54used to pick up metal objects.
10:56That can include things like screws,
10:59tent stakes, coins,
11:01and small metal pieces.
11:02The machine uses magnets
11:04placed inside steel containers
11:06with wheels
11:07so it can move across the field
11:09while staying close to the surface.
11:11The unloading system also is practical.
11:14A lever lifts the magnetic part
11:17and the collected metal drops away
11:19from the bottom plates of the bins.
11:21Esky's Cleaning is also connected
11:23with other cleanup machines.
11:26The company mentions a large vacuum machine
11:29called Hermann's
11:30and a Widontech MC3 Event Cleaner
11:34which is a self-propelled tricycle vacuum
11:36for event grounds.
11:47What stands out first
11:49about the J-Law TMR
11:51is its sheer size
11:53and mixing volume.
11:55This is a twin auger vertical feed mixer
11:59used in large dairy and beef operations
12:01where a lot of feed needs to be prepared
12:04in one load.
12:06It has a standard capacity
12:08of 1,125 cubic feet
12:11and with side extensions
12:13that grows to 1,295 cubic feet
12:17depending on the extension height.
12:20The machine weighs about 23,100 pounds
12:24and measures 318 inches long.
12:27Some of the main details
12:29help explain how it works
12:31in day-to-day feeding.
12:32It uses three-quarter inch auger flighting
12:35a square-cut auger design
12:37and a welded mixing chamber.
12:40Current literature also mentions
12:42slide plate technology
12:43and tungsten carbide coated knives
12:46which help the machine stay effective
12:48when working through dense
12:49or high-fiber feed.
12:51It rides on a tandem walking beam
12:54with dual tires
12:55as a maximum discharge height
12:57of 68 inches
12:58and uses a 36-inch conveyor.
13:02In simple terms,
13:03this mixer takes large amounts
13:05of forage, grain, silage
13:07and supplements
13:08and blends them
13:09into a more even ration.
13:11The twin vertical augers
13:13move the material upward
13:15and inward
13:15folding everything together
13:17inside the chamber.
13:18The knives help break down
13:20longer forage
13:21so it mixes better
13:22with the rest of the load.
13:24That matters
13:25because a more consistent mix
13:26can help reduce sorting
13:28and keep the ration
13:29more uniform
13:30from start to finish.
13:42This is the kind of machine
13:43that looks like
13:44it would rather climb a mountain
13:45than sit still
13:46in a parking spot.
13:48It comes across
13:49as the sort of transporter
13:50that takes hard jobs
13:52very seriously.
13:54What makes it interesting
13:56is that it is not really
13:57about speed
13:58or flashy extras.
14:00It is more about control
14:01and the ability
14:02to keep moving
14:03when the work gets demanding.
14:05That is why it fits so well
14:07into farm work
14:08and municipal jobs
14:09where conditions
14:10can change a lot
14:11through the year.
14:12It sounds like a machine
14:13that is happiest
14:14when it has something heavy
14:15to move
14:16and a difficult route ahead.
14:18The way it works
14:20is pretty technical
14:21but the idea behind it
14:22is simple.
14:23The engine focuses
14:25on strong pulling power
14:26at lower RPM
14:28which helps
14:29when carrying loads.
14:31Instead of shifting
14:32through fixed gears
14:33the Vario transmission
14:35changes speed continuously
14:37so the driver
14:38has more control
14:39over how the machine moves.
14:42A little further
14:43into the details
14:44the machine uses
14:45a 136 horsepower
14:47four-cylinder
14:48turbo-diesel engine.
14:52The chassis
14:53and suspension
14:54also play a big role
14:56in how this transporter
14:57feels in use.
14:59With hydropneumatic
15:01suspension on both axles
15:03hydraulic rotation damping
15:05and a longitudinal
15:06differential lock
15:08it is set up
15:09to improve traction
15:10and stability.
15:21This machine is made
15:22to move heavy material
15:24through places
15:25where regular
15:26wheeled trucks
15:27can have a hard time working.
15:29It can carry up to
15:3128,000 pounds
15:32or 14 tons
15:35and one of its most useful parts
15:38is the 360 degree
15:39rotating upper frame.
15:42That means it can dump material
15:44in almost any direction
15:45without needing to move
15:46the tracks first.
15:48It uses a Cummins Tier 4
15:50final diesel engine
15:52with 320 horsepower.
15:54It also uses an HST
15:57hydrostatic transmission
15:58with two travel speeds
16:00reaching 3.6 miles per hour
16:03in first gear
16:03and 6.8 miles per hour
16:06in second gear.
16:08The hydraulic system
16:10is a big part
16:11of how this carrier
16:11does its job.
16:12It has dual drive pumps
16:14and maximum
16:15drive pump pressure
16:16of 6,090 pounds
16:19per square inch.
16:21In simpler terms
16:23this gives the machine
16:24the power it needs
16:25for dumping
16:26and other
16:27job specific attachments.
16:29It is a large machine
16:31measuring 20 feet long
16:3310 feet 11 inches high
16:35and 9 feet 8 inches wide
16:37over the tracks.
16:38Ground clearance
16:39is 24 inches
16:41operating weight
16:42with bed
16:43is 43,000 pounds.
16:46It also has a 58%
16:49gradeability figure
16:50equal to 30 degrees
16:52along with a zero turn radius.
16:54For more
16:55the machine uses
16:56standard ISO
16:58joystick controls
16:59with integrated dump controls
17:01and it can be set up
17:02with different options
17:03such as a dump bed
17:05rock bed
17:05flat bed
17:06spray boom
17:08rotating upper structure
17:09or dust control system
17:11depending on the kind
17:12of work being done.
17:24Moving a grown tree
17:25is a bit like relocating
17:27a small piece
17:28of the landscape
17:29and asking it
17:30not to complain
17:30about the trip.
17:33That is the kind of job
17:34this truck mounted
17:35is made to do.
17:37It is the largest model
17:38in Dutchman Industries
17:40lineup
17:40so it sits on the bigger end
17:42of professional
17:43tree moving equipment.
17:45Instead of being something
17:46for small transplanting work
17:48it is meant for larger trees
17:50that need a serious machine
17:51behind them.
17:53Dutchman says
17:53it can take on trees
17:55with trunks
17:55up to about 12 inches thick
17:57which puts it in the range
17:59of landscape stock.
18:00What makes it interesting
18:02is the way it works.
18:03The curved blades
18:05go down around the tree
18:06cut into the soil
18:08and lift out
18:09a large root ball
18:10so more of the root system
18:12stays together
18:12during the move.
18:20That matters
18:21because when a tree
18:22is transplanted
18:23keeping massive soil
18:25around the roots
18:26can help the tree
18:26adjust better
18:27in its new location.
18:29The machine
18:30also includes
18:31a circular frame
18:32which gives more room
18:34around trees
18:34with low and wide branches.
18:37Dutchman also points
18:38to several structural details
18:40that shape
18:41how the machine operates.
18:42The blades are cold formed
18:44and the company
18:45connects that
18:46with longer blade life.
18:49The numbers help show
18:51how substantial this is.
18:53The root ball
18:54measures 100 inches across
18:56and 61 inches deep
18:58while working height
18:59is 116 inches.
19:02Weight is another
19:03big part of the picture.
19:04The spade itself
19:06is about 11,100 pounds.
19:08The loader neck
19:10adds adds around 700 pounds.
19:12The root ball
19:13can reach about 13,500 pounds
19:16and total weight
19:17is about 25,300 pounds.
19:30To be honest
19:31moving huge equipment
19:33down a public road
19:34through city traffic
19:35is really hard.
19:37That is where
19:38something like
19:38the Feynmanville
19:39Highway Max range
19:41starts to make sense.
19:42Instead of being
19:43one single trailer
19:45it is a group
19:46of heavy haul trailers
19:48made for large
19:49and overweight cargo
19:50in the US
19:51and Canada.
19:52The Highway Max one
19:54is the entry point
19:55in the family
19:55and it already
19:56comes across
19:57as a very serious
19:58piece of equipment.
20:00It uses pendular axles
20:02with a long
20:02hydraulic stroke
20:04along with kingpin
20:05steering
20:06and counter steered axles
20:08which helps it
20:09turn more effectively.
20:10It also has
20:11remote steering override
20:13a compensating gooseneck
20:15with fifth wheel
20:16load adjustment
20:17liftable axles
20:18hydraulic axle compensation.
20:22The stretch deck
20:23reaches 89 feet
20:25axle group spacing
20:27can be adjusted
20:27up to 22 feet
20:296 inches.
20:30In terms of
20:31carrying ability
20:32it has a legal
20:33payload of more
20:34than 174,000 pounds.
20:38The Highway Max two
20:40takes that setup
20:41further
20:41by adding a
20:42three axle
20:43pin-on
20:44nitro booster.
20:45That changes it
20:47into a 12 axle
20:48single drop trailer
20:50and pushes
20:51legal payload
20:52close to
20:52205,000 pounds.
20:54It also includes
20:56a reinforced spine
20:57a self-tracking
20:59pivot booster
21:00with an extra
21:00steering cylinder
21:02kingpin steering
21:03on the main trailer
21:04and separate power packs
21:06on both the trailer
21:07and booster.
21:08The Highway Max three
21:10is the heavier
21:11standard version
21:12using nine
21:14hydraulically steered
21:15pendle axles
21:16together with
21:17a three axle
21:18Jeep dolly
21:19and a three axle
21:20nitro booster.
21:21With the truck
21:22included
21:23the full setup
21:24becomes a
21:2519 axle combination
21:26with a legal
21:28payload of about
21:29240,000 pounds.
21:41This trailer
21:42keeps things
21:43practical
21:44by focusing
21:45on low
21:45loading height.
21:46At the front
21:47the hydraulic
21:48lifting platform
21:49makes it possible
21:50to load equipment
21:51closer to the
21:52gooseneck
21:52which helps
21:53when carrying
21:54machines.
21:55That front section
21:56can support
21:57up to 9.9 tons
21:59in lifting
22:00equipment use.
22:01The gooseneck
22:03uses
22:03Feynmanville's
22:04outer beam
22:05neck setup
22:06which has a
22:07bolted
22:07outer beam
22:08structure.
22:09This gives
22:09different options
22:10for shape,
22:11length
22:11and turning space
22:13so fleets
22:14can match the
22:14trailer more closely
22:15to the tractor
22:16unit
22:16and the type
22:17of machine
22:18being moved.
22:19Technical
22:20fifth wheel
22:21loads
22:21range from
22:2213 to
22:2333 tons.
22:24There is also
22:25a choice of
22:26versions with
22:27or without
22:27a rear chamfer.
22:31At the back
22:32the trailer
22:32can be fitted
22:33with single
22:34or double
22:34hydraulic ramps.
22:36The newer
22:37flip tail section
22:38adds 9.8 feet
22:40of loading space
22:41when used flat
22:42and when folded
22:43up it shortens
22:44the vehicle
22:45by 7.9 feet.
22:47It can carry
22:48up to 11 tons,
22:50works with a
22:509 degree
22:51drive-on angle
22:52and its hydraulic
22:53functions can be
22:54controlled remotely.
22:56What stands out
22:57here is how the
22:58trailer makes
22:59loading more
22:59efficient without
23:00turning into
23:01something overly
23:02complicated.
23:03It keeps weight
23:04down while still
23:05offering strong
23:06point load
23:07capability
23:08which helps
23:09leave more room
23:10for payload.
23:21When something
23:22goes wrong
23:22with an
23:23aircraft
23:23crews need
23:24a safe way
23:25to get inside
23:26fast and
23:26help people
23:27get out.
23:28That is where
23:29the Rosenbauer
23:30E5000
23:31comes in.
23:32It is a
23:33specialized
23:34airport rescue
23:35vehicle that
23:36gives emergency
23:37teams direct
23:38access to the
23:39cabin and
23:39also provides
23:40passengers with
23:41another way
23:41to leave
23:42the aircraft.
23:43It can reach
23:44door heights
23:45from about
23:458.2 to
23:4618 feet
23:47which means
23:48it works
23:49with many
23:49common
23:50aircraft types.
23:51Rosenbauer
23:52says that
23:53it covers
23:53around 92%
23:54of standard
23:55aircraft doors.
23:57One helpful
23:58part of the
23:59design is the
24:00low platform
24:00edge above
24:01the driver's
24:02cab which
24:03helps the
24:03stairs line up
24:04with doors on
24:05short and
24:06medium range
24:06aircraft.
24:07The E5000
24:09is also made
24:09to keep
24:10operations simple.
24:11One person
24:12can control it
24:13through Rosenbauer's
24:14control system.
24:16The operator
24:17selects the
24:17aircraft type
24:18and door height
24:19then the
24:20stair unit
24:20moves into
24:21place after a
24:22safety check
24:23and can be
24:23adjusted more
24:24precisely from
24:25there.
24:26It also
24:27includes a
24:28hydraulic jack
24:29system with
24:29automatic level
24:30compensation and
24:32regulation so it
24:33can be set up
24:34properly even
24:35when the
24:35surface is not
24:36perfectly level.
24:38The staircase
24:38is about 4.9
24:40feet wide and
24:41the steps stay
24:42horizontal through
24:43a mechanical
24:43leveling system.
24:45Lighting is
24:46added along the
24:46stairway which
24:47helps during the
24:48night.
24:59Some machines
25:00arrive like
25:01quiet specialists
25:02rather than
25:03attention seekers
25:04and this one
25:05fits that idea
25:06well.
25:07Instead of
25:08trying to impress
25:09through size
25:09alone it stands
25:11out through the
25:11kind of work it
25:12is meant to
25:13carry out.
25:14From a neutral
25:15technical perspective
25:16it appears to be
25:17a custom truck
25:18mounted excavator
25:20created for ditch
25:21cleaning, shoulder
25:22maintenance and
25:23slope trimming.
25:24What makes it
25:25interesting is the
25:26way it combines
25:26road travel with
25:28excavation work
25:29in one machine.
25:31rather than relying
25:33on a separate
25:33hauling setup
25:34between locations
25:35it can move
25:36from site to
25:37site under its
25:38own power
25:39which suits
25:40maintenance
25:40operations spread
25:41across multiple
25:42roadside areas.
25:44It also appears
25:45to be a
25:45specialized conversion
25:47rather than a
25:47standard production
25:48excavator.
25:51Available information
25:52connects it with
25:53Echley Hartstahl
25:54a company known
25:55for custom
25:56construction work
25:57on heavy equipment.
25:59That context
26:00suggests the machine
26:00was developed
26:01around a specific
26:02maintenance role
26:03instead of following
26:04the pattern of a
26:05general purpose
26:06excavator.
26:08It is also presented
26:09as a machine that
26:10can work in narrow
26:11roadside zones
26:12such as areas near
26:14guardrails,
26:15medians and
26:15overgrown embankments.
26:17The machine's role
26:18centers on drainage
26:20ditch creation and
26:21upkeep, roadside
26:22grading, shoulder
26:24rebuilding and
26:25verge clearing.
26:26In those applications
26:27the rotating upper
26:29structure and
26:30hydraulic system
26:31allow attachments
26:32to be positioned
26:32with precision
26:33during work.
26:44Looking at the
26:45Povelli semi-trailer
26:47range, it becomes
26:48clear that this is
26:49not one single
26:50trailer with one
26:51fixed setup.
26:52It is a group of
26:54semi-trailers that
26:55can be arranged in
26:56different ways
26:57depending on the
26:58kind of cargo being
26:59moved.
27:00The range includes
27:01curtain cider,
27:03lowbed, flatbed,
27:04vehicle transport and
27:06special transport
27:07versions, so it
27:08covers a wide
27:09variety of transport
27:10jobs.
27:12A Povelli semi-trailer
27:13can come with either
27:14a straight frame or a
27:16gooseneck frame.
27:17That choice changes
27:18things like deck
27:19height and how the
27:20trailer moves with
27:21the tractor.
27:23The company also
27:24offers different
27:25fifth wheel heights.
27:26Axle options include
27:28BPW or SAF units
27:31with capacities of up
27:32to about 13.2 tonnes
27:34per axle, which
27:36places these trailers
27:37in the heavy
27:38transport category.
27:41There are also
27:42several suspension
27:43choices.
27:44These include
27:45pneumatic suspension,
27:47hydraulic pantograph
27:48suspension and hydraulic
27:50suspension with knee
27:51movement.
27:52In simple terms, this
27:54gives the trailer more
27:55flexibility when loading
27:57machinery or large
27:58industrial equipment.
28:00Lift axles can also
28:02be added, which can
28:03help with tyre wear and
28:04make the trailer easier
28:05to move when it is
28:06carrying less weight.
28:09When it comes to
28:10loading equipment,
28:11Povelli offers a long
28:12list of options.
28:14These can include
28:15manual or hydraulic
28:16rear ramps, ramp
28:18widening or narrowing
28:19systems, movable
28:21hydraulic platforms,
28:23anchor rings, hooks,
28:25aluminium side
28:26containment and
28:27lowering inserts.
28:28The hydraulic system
28:30can run from an
28:31electric pump or from
28:32the tractor's PTO.
28:34Some versions can also
28:36be fitted with electric
28:37or hydraulic winches
28:38of up to about 16.5 tonnes,
28:42often with radio
28:43remote control.
28:52This detachable towing
28:54unit offers solid
28:55capability for medium
28:56to heavy-duty
28:57recovery work.
28:59It has a 20-ton boom
29:00capacity, a 20-ton
29:02tow capacity, and a
29:04maximum boom lift
29:05angle of 43 degrees.
29:07The three-stage
29:09underlift can lift
29:1022,000 pounds.
29:12Standard equipment
29:13includes dual steel
29:15toolboxes, one set of
29:17fork adapters, four sets
29:18of frame forks, and
29:20safety and tie-down
29:21chains.
29:22There is also a long
29:23list of available
29:24options, such as
29:25wireless remote
29:26control, extra frame
29:28forks, single and
29:29dual-tire wheel lift
29:31receivers, a full
29:32recovery tool package,
29:34custom storage systems,
29:36extendable rear jack
29:37legs, in-cab controls,
29:39air and electrical
29:41outputs at the
29:42tailboard.
29:43In simple terms, this
29:45unit lets a suitable
29:46truck work as a tow
29:47and recovery vehicle
29:49without staying in that
29:50role all the time.
29:52It can be attached when
29:53towing work comes up
29:54and removed when the
29:55truck is needed for
29:56something else.
29:57That makes it a
29:58practical choice for
29:59fleets that want
30:00towing ability while
30:02still keeping the truck
30:03available for other
30:04jobs.
30:05From a technical point
30:06of view, the unit
30:07combines strong lifting
30:09power, useful underlift
30:11reach and good towing
30:12geometry for moving
30:14disabled commercial
30:15vehicles.
30:16The Worm Gear
30:17hydraulic winch adds
30:19controlled pulling power
30:20during recovery work.
30:22Another important point
30:23is that this is a
30:24modular system, so the
30:26exact setup can vary
30:28depending on the
30:28production year or the
30:30customer order.
30:41next one is a large
30:42tracked dumper made to
30:44move a lot of material
30:45in places where normal
30:47wheeled machines can
30:48struggle.
30:49It uses a six-cylinder
30:52water-cooled diesel
30:53engine with 241
30:55horsepower.
30:56It meets stage 5
30:57emission standards.
30:59It has two speed
31:00ranges, 0 to 5 mph in
31:03speed 1 and 0 to 9.3
31:06miles per hour in speed 2.
31:08What really matters with a
31:09machine like this is how
31:11it works on soft and wet
31:12steep ground.
31:14Since it runs on tracks
31:16instead of wheels, the
31:17machine spreads its weight
31:18over a larger area.
31:20That helps lower ground
31:22pressure and gives it more
31:23grip where a wheeled
31:25dumper might start
31:26slipping.
31:28The low center of gravity
31:30also helps it stay more
31:31stable while dumping
31:32material.
31:33There are two body
31:35versions.
31:35The rear tip model weighs
31:3731,000 pounds and carries
31:40up to 22,000 pounds.
31:42It measures 19 feet long,
31:449.5 feet wide and 11 feet
31:47high.
31:48The swivel tip version is a
31:49little heavier at 32,700
31:52pounds, but it keeps the
31:54same payload and body
31:55capacity.
31:56The rear tip version makes
31:58sense for simple haul and
32:00dump work.
32:00The swivel tip version is
32:02more useful when material
32:04needs to be placed more
32:05carefully, especially when
32:07there is not much room
32:08around the dump area.
32:19A high-capacity trailer with a
32:2130-tonne payload.
32:23When fitted with the optional
32:25bolt-on extension, heaped volume
32:28increases to 49 cubic yards.
32:32Published dimensions include a 30-foot,
32:349-inch frame length, a 21-foot tub
32:37length, the hinge assembly uses
32:40self-aligning spherical bearings
32:42and includes grease points for
32:44service.
32:45The standard hitch uses a 2-inch
32:48drawbar pin, while scraper-type
32:50adapters are available.
32:52This off-road trailer is used in
32:54construction, site preparation,
32:56and agriculture, where high-volume
32:59material movement is needed.
33:01Its side dump layout allows
33:03unloading to either side, which
33:05helps when site conditions limit
33:07the usefulness of rear dumping.
33:09It also supports wind rowing and
33:12controlled stockpiling, giving
33:14operators more precision in where
33:16material is placed.
33:19A hydraulic front hitch with a
33:21stronger shaft and a linear shock
33:23absorber contributes to ride
33:25quality, and suspension revisions
33:27help reduce movements after crossing
33:29difficult terrain.
33:41Next vehicle came from a joint
33:43development effort between GAUSIN
33:45and PSA, and it was introduced in
33:472017 as part of Singapore's push
33:50toward cleaner and more automated
33:52port operations.
33:54What stands out most is the mix of
33:56self-driving capability, electric
33:59power, zero local emissions, and
34:01fast charging.
34:03It can carry about 71 tons and
34:06travel at around 15 miles per hour.
34:08Its job is to move shipping
34:10containers between storage areas
34:12inside the port.
34:14In PSA's Singapore setup, it also
34:17uses an ultra-fast charging system
34:19made for the demanding conditions of a
34:22marine terminal.
34:23The charging system is enclosed,
34:25waterproof, and uses automatic
34:27connection and disconnection, which
34:30helps reduce service needs.
34:32Reports from PSA's case study say the
34:35vehicle can work for about 4 to 5
34:37hours after less than 20 minutes of
34:40charging.
34:40The system also allow quick battery pack
34:43changes during maintenance, which helps
34:45keep the vehicles in service longer.
34:48It is not something made only to attract
34:50attention at an event, it was meant to do
34:53real work inside PSA Singapore's
34:56Tours Megaport project.
34:58Since ports like this rely on constant
35:00movement and careful timing, a driverless
35:03electric vehicle like this fits well into
35:06that kind of setup.
35:15This is a small battery electric tracked
35:18dumper made by Bergmann Maschinenbau in
35:21Germany, and it is the sort of equipment
35:24that makes sense the moment you see where
35:26it is supposed to work.
35:28It is made for moving material in places
35:30where space is limited, like gardens,
35:33nurseries, parks, and smaller
35:35construction areas.
35:37What stands out right away is that it
35:39works quietly and produces no emissions.
35:42Another thing that gives it a lot of
35:44character is the tracked undercarriage.
35:46Instead of wheels, it moves on tracks,
35:49which helps it travel across difficult
35:51surfaces.
35:52Its narrow shape also helps in courtyards,
35:55along walkways, and in other areas where
35:58a larger machine would feel harder to move
36:00around.
36:02There are three versions, and each one does
36:05the same basic job in a slightly different
36:07way.
36:08The front tipper is the simplest version, and
36:11is meant for carrying material like soil,
36:13gravel, sand, green waste.
36:17The high tipper adds more dump height, which
36:20is useful when material needs to be emptied
36:22over a higher edge.
36:23The self-loader adds a loading unit, so it
36:27can pick up, carry, and unload material in
36:30one cycle.
36:31All three versions use a 12-cubic-foot
36:34skip, and weigh about 1,102 pounds.
36:38The front tipper and self-loader can carry
36:41about 1,764 pounds, while the high tipper can
36:45carry about 1,543 pounds.
36:58Haul more in a single trailer with a standard
37:01CDL, declares the company.
37:03And this trailer is all about moving a lot of
37:06material in one trip.
37:08It has a six-axle setup, a 53-foot frame,
37:11and a 40-foot tub, so it is clearly made to
37:15carry serious volume.
37:17The body is 102 inches wide, with a height of
37:218 feet 7 inches at the tub side, and 9 feet 7 inches
37:25at the center.
37:27Its axle setup combines three fixed 25,000
37:31pound axles, with three 13,200 pound Ridewell
37:35AirRide steerable lift axles.
37:38AirRide suspension comes standard.
37:40For dumping, it uses 3,500 PSI cylinders,
37:46with 6-inch bores mounted at both ends of the tub
37:49instead of the middle.
37:50That setup allows the tub position on the frame
37:53to be adjusted to help with axle balance
37:56and legal payload distribution.
37:59The tub has a one-piece floor, rounded corners,
38:03and external column supports.
38:05It also has no center divider, which helps material
38:09move out with less hang-up when unloading.
38:12What stands out most is that it can haul up to
38:1537.4 tons in one trailer.
38:19It can dump to either side,
38:21and it can also stockpile or windrow material.
38:34Here we have an electronic air suspension system
38:38used on commercial vehicles such as trucks,
38:41trailers, buses, and some other work vehicles
38:44that use air suspension.
38:45It runs on a 24-volt system and works with parts
38:49like an electronic control unit, height sensors,
38:53solenoid valve blocks, airlines, air springs,
38:56wiring, driver controls, and diagnostic tools.
39:00Depending on the vehicle, it can be set up
39:03for one axle, two axles, or more.
39:05In some cases, it can also connect with other vehicle systems
39:09through a CIAN bus network.
39:12It can control ride height automatically,
39:15raise or lower the vehicle when needed,
39:17store selected height positions,
39:19adjust height based on speed,
39:22return to normal driving height,
39:24and help technicians find faults during service.
39:27In simple terms, this system helps the vehicle
39:30stay at the right height when the load changes.
39:33Instead of relying only on mechanical parts,
39:37it uses sensors and electronic controls
39:39to check how high or low the chassis is sitting.
39:42The control unit reads that information
39:45and tells the air suspension when to add air
39:48or let air out.
39:50That way, the vehicle can return to the height
39:52it is supposed to have.
39:54When more cargo is added, the chassis drops lower,
39:57so the system puts more air into the suspension
40:00to bring it back up.
40:09Some loads are like trying to fit a giant puzzle piece
40:13onto a trailer.
40:14Don't worry, we have the perfect equipment for that load.
40:18Instead of being a standard low bed
40:20with everything centered in a familiar way,
40:22this version is more about adjusting the trailer
40:25to the shape of the cargo.
40:26The phrase, laterally offset with inclined frame structure
40:31sounds complicated, but the basic idea
40:33is not too hard to follow.
40:35It means the loading deck is shifted a bit to one side
40:38instead of sitting perfectly in the middle,
40:41and the frame is arranged at an angle.
40:43That angled frame also helps the load sit lower on one side
40:48or match the shape of the freight more closely.
40:50For very tall or awkward industrial parts,
40:54that can make a real difference,
40:56because even a small drop in loading height
40:58can matter on the road.
41:00It is the kind of setup that makes more sense
41:02for special transport work than for general hauling.
41:05This is why it fits loads like industrial machinery,
41:09rail vehicles, wind turbine tower sections,
41:12construction equipment, and vessels.
41:15As for the technical side,
41:17the Megamax uses a removable gooseneck,
41:19a low bed deck, and a bogey with one to five axles.
41:24It can also be paired with an optional one or two axle dolly
41:27when better weight distribution is needed.
41:38It can also be added to the