View allAll Photos Tagged AutoPilot
1989 Californian 45 twin stateroom model with teak interior. Powered by immaculate twin Detroit diesel engines with Kohler generator and bow thruster. Her spacious layout and extensive amenities make her ideal for extended cruising or living aboard. She is equipped with GPS, VHF, Radar, Satellite TV, Depth, Autopilot, intercom system, and much more. She sports a hydraulic swim deck that carries her Zodiac Ribjet inflatable tender which is included in the sale. One-Owner vessel that has been immaculately maintained over the years. Must see to appreciate. Asking $120,000
Rivoluzione nel mondo dell'auto: Tesla ha pronta la tecnologia driverless via ---> www.diggita.it/v.php?id=1454718
Laurent Giles 44' Cutter built in 1969. Steel construction with teak deck, traditional long keel, wheel steering and fitted with a Volvo Penta D2-75 diesel engine in 2010. Recent navigation equipment including chart plotter, radar, autopilot, VHF, echo sounder, log/speed and Navtex all newly fitted since 2010. Well laid out interior with 7 berths in 3 cabins with new upholstery in 2012 and separate heads. "Lucina" is a classic long distance offshore cruiser benefitting from a recent complete internal refit and would suit a sailing enthusiast. 2011 survey report valued her at 120K. For sale at GBP50,000.
Specs
Builder: Jacht Werf Frans Naas B.V., Holland
Designer: Laurent Giles
Keel: Full
Dimensions
LOA: 44 ft 0 in
Beam: 11 ft 6 in
LWL: 36 ft 8 in
Minimum Draft: 6 ft 11 in
Engine Brand: Volvo Penta
Year Built: 2010
Engine Model: D2 - 75
Engine Type: Inboard
Engine/Fuel Type: Diesel
Engine Hours: 450
Drive Type: Shaft Drive
Engine Power: 75 HP
Fresh Water Tanks: 1 (1000 Litres)
Fuel Tanks: 1 (1000 Litres)
Accommodation
Number of single berths: 7
Number of cabins: 3
Number of heads: 1
Outside Equipment/Extras
Manual windlass
OWNERS COMMENTS
"Lucina" has sailed around the world few times and stood up with full sail in a Force 10. Her sails are all in perfect condition. In 2010 she was taken back to the metal inside and out. Every tube and wire was replaced; as well as just about everything else!
ACCOMMODATION
7 x berths
3 x cabins
Upholstery - new 2012
Teak and Holly flooring
Chart table
Saloon table
Drying locker with heat
Heating - 2011
Heads with Jabsco toilet - 2011
Hob, oven and grill - 2011
Galley sink
Refrigerator - 2011
Manual water system - 2011
1 x water tank - 1000 litres plus
TV aerial - 2011
MECHANICAL
Volvo Penta D2-75 diesel engine (fitted in 2010)
Last serviced - 2012
Fuel tank - 1000 litres
Engine hours - 450
ELECTRICAL
7 x Gel batteries - 2012
Alternator and 240v charging system
Xantrex True Charger - 2010
Wind Air Breeze 12v generator
Shore power with ring main
All electrics were replaced in 2010
NAVIGATION
Garmin Plotter - 2010
Garmin Radar - 2010
Garmin AIS - 2012
Raymarine Autopilot plus Hydrovane
Garmin VHF DSC radio - 2012 plus second station
Tacktick Echo Sounder 2010
Tacktick log/speed 2010
Tacktick Wind Instrument 2010
Clipper Navtex 2010
SPARS AND RIGGING
Cutter rig
Stackpack/Lazyjacks
2 x Furling Headsails
2 x Spinnaker Poles
Mast steps
Mainsail
Large Genoa on furling - serviced 2012 by Arun
Sail on smaller furler - new 2012
Various other hanked on sails and storm sails
Twin insulated backstays
DECK
Teak deck
Anchor with 200' of chain
Electric anchor Windlass
SAFETY
Radar reflector
Jackstays
Fire Blanket
Manual Bilge Pump
Electric Bilge Pump
CANVAS
Fixed sprayhood
Bimini on fixed frame
MISCELLANEOUS
Crane
Seago 2.95m Dinghy
SERVICE AND MAINTENANCE HISTORY
Last out of the water - October 2013
Last antifoul - October 2013
Date anodes renewed - January 2012
Last engine service - 2012 by owner
DOCUMENTATION HELD
Bill of Sale
Certificate of British Registry - Official No. 363321
Catalog #: 10_0011518
Date: 1965-1975
Title: Convair/General Dynamics Plant and Personnel
Corporation Name: Convair/General Dynamics
Additional Information: Autopilot System Test
Tags: Convair/General Dynamics Plant and Personnel, Autopilot System Test , 1965-1975, Convair/General Dynamics
Repository: San Diego Air and Space Museum Archive
Catalog #: 10_0011524
Date: 1965-1975
Title: Convair/General Dynamics Plant and Personnel
Corporation Name: Convair/General Dynamics
Additional Information: Autopilot System Test
Tags: Convair/General Dynamics Plant and Personnel, Autopilot System Test , 1965-1975, Convair/General Dynamics
Repository: San Diego Air and Space Museum Archive
Catalog #: 10_0011511
Date: 1965-1975
Title: Convair/General Dynamics Plant and Personnel
Corporation Name: Convair/General Dynamics
Additional Information: Autopilot System Test
Tags: Convair/General Dynamics Plant and Personnel, Autopilot System Test , 1965-1975, Convair/General Dynamics
Repository: San Diego Air and Space Museum Archive
The aircraft was operating a holiday charter flight from Cardiff Airport, UK, to Girona Airport, Spain. The commander was the pilot flying (PF) for the approach and landing phase of the 2 hour flight. On arrival in the Girona CTR (Control Zone) at around 2120 hours, the aircraft routed to the GRN VOR (radio navigation aid) and, because of the wind direction and the fact that the runway was wet, the crew elected to fly a VOR/DME procedure to Runway 02. Flight conditions were turbulent. There was thunderstorm activity in the area at the time and the Girona Meteorological
Report (METAR) for 2130 hours included: 'Surface wind 350/6 kt, visibility 4 km, thunderstorm with heavy rain, cloud 3-4 octas at 1,500 feet, 1-2 octas cumulonimbus at 3,000 feet, 5-7 octas at 4,000 feet, temperature 20°C/ dewpoint 20°C, QNH 1010 mb, remarks recent rain.'
Upon becoming visual the aircraft was not adequately aligned with the runway and a change in wind direction now favoured the reciprocal runway so a missed approach was carried out. The aircraft was positioned for an ILS (Instrument Landing System) approach to Runway 20. The autopilot and autothrottle were engaged throughout the flight until a decision to land had been made. Twenty seconds prior to touchdown the surface wind reported by Air Traffic Control (ATC) was 150°/6 kt (6 kt from 150 degrees).
The commander saw the runway lights at about 500 feet agl (above ground level) and made the decision to land at the decision height of 251 feet (altitude 720 feet). At some point after this he lost outside visual references. Two automatic audio cautions of excessive sink rate were given by the Ground Proximity Warning System (GPWS) just before touchdown. Information from the Flight
Data Recorder (FDR) showed that the aircraft contacted the runway very hard in a 2° nose down attitude with an airspeed of 141 kt, bounced and touched down again approximately 140 metres further on. Both the FDR and CVR (Cockpit Voice Recorder) recordings stopped shortly after the second touchdown. Reception of the ILS signal continued up to the point at which the recorders stopped. Interruptions of the electrical power supply to the airport and the surrounding area were reported at around the time of the accident; the airport emergency supply established within the required time interval.
Engineering examination
Examination of the aircraft wreckage and the crash site showed that the nose landing gear (NLG) had collapsed as the result of failure of its supporting structure. The right engine nacelle and parts of the forward fuselage had then contacted the runway surface. The first structural contact on the runway (Point B, Figure 1 occurred when the aircraft was 557 metres from the start of Runway 20 and 2 metres right of the runway centreline. The evidence suggested that Point B was close to the position of the second touchdown. The runway was 2,400 metres long and 45 metres wide.
Runway markings showed that from Point B the aircraft tracked along the runway close to the centreline for 630 metres before veering to the right and departing from the paved surface 1,556 metres from the start of the runway.
After a run of approximately 343 metres across flat grassland beside the runway, the aircraft ran diagonally over a substantial earth mound adjacent to the airport boundary, becoming semiairborne as a result. At the far side of the mound a number of medium sized trees were struck and severed, predominantly by the right wing, and the right engine nacelle struck the boundary fence.
The aircraft, yawed considerably to the right of its direction of travel, then passed through the fence, re-landed in a field and both main landing gears collapsed.
It came to rest after a 244 metre slide across the field, with the fuselage almost structurally severed at two points, the NLG and both engines detached and the underside of the left wing torque box split open near the wing root. The aircraft came to rest outside the airport boundary approximately
35 feet below the level of the runway's southern end, 171 metres right of the runway centreline and not far short of abeam the runway end, after a total ground run from Point B of approximately 1,730 metres. The three fuselage parts remained upright, connected by cables, wires and other services, but rolled to the left between 8-16°. There was no fire.
Injuries and evacuation
The aircraft was fitted with 235 passenger seats; 233 passengers, 3 infants and a crew of 9 were on board. Cabin crew members described the first touchdown of the aircraft as a heavy landing, which was followed by a second much heavier impact during which some overhead lockers and passenger
support units opened. The main interior lights failed at the second touchdown but the emergency lighting appears to have illuminated immediately in all cabin sections.
Considerable floor and seat disruption had occurred in the regions of the fuselage breaks and in the flight deck, and some cabin overhead equipment had been displaced, but all of the cabin occupants remained conscious and without incapacitating injury. Externally it was dark and raining heavily.
Evacuation commenced by the light of the emergency lighting system, with assistance being required by some passengers in the areas of disruption around the fuselage breaks. Difficulty was experienced in opening some of the cabin doors; three of the eight available exits could not be opened.
Evidence from the passengers and crew indicated that the aircraft had been evacuated rapidly without external assistance. Rescue and Fire Fighting Services had difficulty locating the aircraft and reaching the site. They arrived on the scene about 20 minutes after the accident, and spent a further 50 minutes in recovering the occupants to the terminal. Forty-four persons, including the aircraft commander, received hospital treatment.
Close up of the Main Control Panel on a 737-800 Next Generation. Showing some of the Autopilot Controls. www.ufly737.com
Autopiloter, Raymarine ST2000+ med fjärr samt Autohelm 4000 med display/kontroll monterad akterut babords ”ryggstöd".
Think I was working on 'autopilot' here! PK and myself had travelled to Gourock on Saturday, 30th August, picked up the keys to our mate, Ray's House. (He was away) Sailed on the 'Glen Sannox' the following day and did an overnight to London for a 50 out of Waterloo on the Bank Holiday. We randomly chose Sherborne for a few hours boozing. Mistake. Struggled to find a decent pint in 1987, I hope it's improved! Took this after the beers while we waited for 50033 back to London.
PK has an interesting shot of me having a snooze on an old parcels 'brute' on the same platform!
This just cracked me up - I took one look and instantly thought of Otto the inflatable Autopilot from Airplane!
Laurent Giles 44' Cutter built in 1969. Steel construction with teak deck, traditional long keel, wheel steering and fitted with a Volvo Penta D2-75 diesel engine in 2010. Recent navigation equipment including chart plotter, radar, autopilot, VHF, echo sounder, log/speed and Navtex all newly fitted since 2010. Well laid out interior with 7 berths in 3 cabins with new upholstery in 2012 and separate heads. "Lucina" is a classic long distance offshore cruiser benefitting from a recent complete internal refit and would suit a sailing enthusiast. 2011 survey report valued her at 120K. For sale at GBP50,000.
Specs
Builder: Jacht Werf Frans Naas B.V., Holland
Designer: Laurent Giles
Keel: Full
Dimensions
LOA: 44 ft 0 in
Beam: 11 ft 6 in
LWL: 36 ft 8 in
Minimum Draft: 6 ft 11 in
Engine Brand: Volvo Penta
Year Built: 2010
Engine Model: D2 - 75
Engine Type: Inboard
Engine/Fuel Type: Diesel
Engine Hours: 450
Drive Type: Shaft Drive
Engine Power: 75 HP
Fresh Water Tanks: 1 (1000 Litres)
Fuel Tanks: 1 (1000 Litres)
Accommodation
Number of single berths: 7
Number of cabins: 3
Number of heads: 1
Outside Equipment/Extras
Manual windlass
OWNERS COMMENTS
"Lucina" has sailed around the world few times and stood up with full sail in a Force 10. Her sails are all in perfect condition. In 2010 she was taken back to the metal inside and out. Every tube and wire was replaced; as well as just about everything else!
ACCOMMODATION
7 x berths
3 x cabins
Upholstery - new 2012
Teak and Holly flooring
Chart table
Saloon table
Drying locker with heat
Heating - 2011
Heads with Jabsco toilet - 2011
Hob, oven and grill - 2011
Galley sink
Refrigerator - 2011
Manual water system - 2011
1 x water tank - 1000 litres plus
TV aerial - 2011
MECHANICAL
Volvo Penta D2-75 diesel engine (fitted in 2010)
Last serviced - 2012
Fuel tank - 1000 litres
Engine hours - 450
ELECTRICAL
7 x Gel batteries - 2012
Alternator and 240v charging system
Xantrex True Charger - 2010
Wind Air Breeze 12v generator
Shore power with ring main
All electrics were replaced in 2010
NAVIGATION
Garmin Plotter - 2010
Garmin Radar - 2010
Garmin AIS - 2012
Raymarine Autopilot plus Hydrovane
Garmin VHF DSC radio - 2012 plus second station
Tacktick Echo Sounder 2010
Tacktick log/speed 2010
Tacktick Wind Instrument 2010
Clipper Navtex 2010
SPARS AND RIGGING
Cutter rig
Stackpack/Lazyjacks
2 x Furling Headsails
2 x Spinnaker Poles
Mast steps
Mainsail
Large Genoa on furling - serviced 2012 by Arun
Sail on smaller furler - new 2012
Various other hanked on sails and storm sails
Twin insulated backstays
DECK
Teak deck
Anchor with 200' of chain
Electric anchor Windlass
SAFETY
Radar reflector
Jackstays
Fire Blanket
Manual Bilge Pump
Electric Bilge Pump
CANVAS
Fixed sprayhood
Bimini on fixed frame
MISCELLANEOUS
Crane
Seago 2.95m Dinghy
SERVICE AND MAINTENANCE HISTORY
Last out of the water - October 2013
Last antifoul - October 2013
Date anodes renewed - January 2012
Last engine service - 2012 by owner
DOCUMENTATION HELD
Bill of Sale
Certificate of British Registry - Official No. 363321
This Beautiful Diamond DA40 features a Garmin 530 and Garmin 430, Wx Datalink, Autopilot, & More!
She is for sale here:
www.cfmjet.com/planes/2003-diamond-star-da-40-180-sn-40-3...
autopilot v2 1/4", with xl fronts and mk5 rear airlift kit, removed spring nipples and trimmed rear beam,idf drop plates,dual viair 400,raderwerks wheels
all parts sourced from: www.bagriders.com
316/365
"All loose things seem to drift down to the sea, and so did I." - Louis L'Amour
It seems that when I lack an idea for a self portrait I find myself driving toward the lake. This morning I did it on autopilot and found myself just standing, looking at the driftwood. It occured to me that the wood and I took different but similar paths and ended up at the same place.
Laurent Giles 44' Cutter built in 1969. Steel construction with teak deck, traditional long keel, wheel steering and fitted with a Volvo Penta D2-75 diesel engine in 2010. Recent navigation equipment including chart plotter, radar, autopilot, VHF, echo sounder, log/speed and Navtex all newly fitted since 2010. Well laid out interior with 7 berths in 3 cabins with new upholstery in 2012 and separate heads. "Lucina" is a classic long distance offshore cruiser benefitting from a recent complete internal refit and would suit a sailing enthusiast. 2011 survey report valued her at 120K. For sale at GBP50,000.
Specs
Builder: Jacht Werf Frans Naas B.V., Holland
Designer: Laurent Giles
Keel: Full
Dimensions
LOA: 44 ft 0 in
Beam: 11 ft 6 in
LWL: 36 ft 8 in
Minimum Draft: 6 ft 11 in
Engine Brand: Volvo Penta
Year Built: 2010
Engine Model: D2 - 75
Engine Type: Inboard
Engine/Fuel Type: Diesel
Engine Hours: 450
Drive Type: Shaft Drive
Engine Power: 75 HP
Fresh Water Tanks: 1 (1000 Litres)
Fuel Tanks: 1 (1000 Litres)
Accommodation
Number of single berths: 7
Number of cabins: 3
Number of heads: 1
Outside Equipment/Extras
Manual windlass
OWNERS COMMENTS
"Lucina" has sailed around the world few times and stood up with full sail in a Force 10. Her sails are all in perfect condition. In 2010 she was taken back to the metal inside and out. Every tube and wire was replaced; as well as just about everything else!
ACCOMMODATION
7 x berths
3 x cabins
Upholstery - new 2012
Teak and Holly flooring
Chart table
Saloon table
Drying locker with heat
Heating - 2011
Heads with Jabsco toilet - 2011
Hob, oven and grill - 2011
Galley sink
Refrigerator - 2011
Manual water system - 2011
1 x water tank - 1000 litres plus
TV aerial - 2011
MECHANICAL
Volvo Penta D2-75 diesel engine (fitted in 2010)
Last serviced - 2012
Fuel tank - 1000 litres
Engine hours - 450
ELECTRICAL
7 x Gel batteries - 2012
Alternator and 240v charging system
Xantrex True Charger - 2010
Wind Air Breeze 12v generator
Shore power with ring main
All electrics were replaced in 2010
NAVIGATION
Garmin Plotter - 2010
Garmin Radar - 2010
Garmin AIS - 2012
Raymarine Autopilot plus Hydrovane
Garmin VHF DSC radio - 2012 plus second station
Tacktick Echo Sounder 2010
Tacktick log/speed 2010
Tacktick Wind Instrument 2010
Clipper Navtex 2010
SPARS AND RIGGING
Cutter rig
Stackpack/Lazyjacks
2 x Furling Headsails
2 x Spinnaker Poles
Mast steps
Mainsail
Large Genoa on furling - serviced 2012 by Arun
Sail on smaller furler - new 2012
Various other hanked on sails and storm sails
Twin insulated backstays
DECK
Teak deck
Anchor with 200' of chain
Electric anchor Windlass
SAFETY
Radar reflector
Jackstays
Fire Blanket
Manual Bilge Pump
Electric Bilge Pump
CANVAS
Fixed sprayhood
Bimini on fixed frame
MISCELLANEOUS
Crane
Seago 2.95m Dinghy
SERVICE AND MAINTENANCE HISTORY
Last out of the water - October 2013
Last antifoul - October 2013
Date anodes renewed - January 2012
Last engine service - 2012 by owner
DOCUMENTATION HELD
Bill of Sale
Certificate of British Registry - Official No. 363321
🇫🇷 Fr.
● Dimanche 17 décembre 2024 1er jour d’exploitation sur la ligne 1 du métro de Lille sous le nouveau système CBTC de Alstom.
● VAL208 d’origine Siemens équipé d’un PA.VAL (Pilote automatique VAL) puis modifié par Alstom en CBTC version U500. (1er Mondial)
● Cette évolution est un prérequis essentiel au future déploiement des nouvelles rames 52 mètres NMR ( Rame BOA ), qui doubleront la capacité de transport de la ligne 1 pour l’horizon en février 2026.
( VAL208 Longueur : 26 mètres)
CBTC ( Communication based train control )
Description :
Le système CBTC permet l'exploitation d'un système de transport en se basant sur la communication continue des trains avec un ordinateur chargé de la gestion du trafic.
Le système CBTC est décrit par une norme internationale IEEE 1474, définie en 1999. D'après cette norme, les principales caractéristiques d'un CBTC sont :
une localisation précise de la position des trains indépendante des circuits de voie ;
une transmission bi-directionnelle haut débit entre les équipements au sol et les trains ;
un système constitué par des ordinateurs (calculateurs de sécurité) situés à la fois au sol et dans les trains, capables de mettre en œuvre des fonctions de protection automatique des trains (en anglais : Automatic Train Protection ou ATP), ainsi que des fonctions optionnelles d'exploitation automatique des trains (communément appelée « pilotage automatique » ou en anglais : Automatic Train Operation ou ATO) et de supervision automatique des trains (en anglais : Automatic Train Supervision ou ATS).
Un ordinateur central gère les convois circulant sur des lignes situées dans sa zone d'action afin d'obtenir une fluidification du trafic et une réduction de l'intervalle de temps entre deux trains aux heures de pointe.
L'ordinateur central échange différentes informations avec un ordinateur situé à bord de chaque train à l'aide du réseau de communication.
Chaque train calcule en temps réel et communique son statut par radio aux équipements du réseau disposés le long des voies. Ce statut comprend, parmi d'autres informations, sa position exacte, sa vitesse, sa direction et sa distance de freinage minimale.
Les systèmes CBTC de dernière génération sont basés sur le concept de canton mobile déformable, évolution technologique du cantonnement. Ces cantons sont constitués de la partie de voie occupée par le train, incluant une marge de sécurité à l'avant et à l'arrière, et de la distance d'arrêt calculée à tout moment. Ils permettent de diminuer la distance de sécurité entre deux trains consécutifs.
Grâce aux systèmes CBTC, la position de chaque train et sa dynamique sont connues de manière plus précise que par les anciens systèmes de signalisation.
Le CBTC permet ainsi, de resserrer l’intervalle entre les rames, en le limitant à moins de 90 secondes, et par conséquent d’augmenter la capacité d’une ligne, et donc de retarder la mise en œuvre de travaux d’infrastructures beaucoup plus lourds à engager. On cherche continuellement à réduire ce temps, par exemple, Alstom optimise les cadences des nouveaux métros de Lille, avec un train toutes les minutes (solution Urbalis Fluence).
Les systèmes CBTC doivent conserver une haute disponibilité grâce à une architecture ne comprenant pas de point de défaillance unique.
Par sécurité, une deuxième technologie de signalisation peut être prévue pour assurer un niveau de service minimal en cas de perte partielle ou totale du système CBTC.
Les CBTC peuvent être employés pour automatiser un système existant ou bien lors de la construction d'un nouveau système de transport…………
Source :
fr.wikipedia.org/wiki/Communication_based_train_control#:....
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● Métro de Lille le VAL.
Le métro de Lille est un système de transport en commun en site propre desservant Lille et son agglomération, dans le département français du Nord. Il a la particularité d'être le premier métro au monde à utiliser la technologie du véhicule automatique léger (VAL), cette technologie étant créée au début des années 1970 au sein de l'Université des sciences et technologies de Lille grâce notamment aux travaux du professeur Robert Gabillard. Le système VAL est ensuite exploité par un consortium mené par Matra qui se charge également des travaux avec le soutien de la communauté urbaine de Lille, alors dirigée par Arthur Notebart. Le métro est finalement inauguré le 25 avril 1983 par le président de la République François Mitterrand…………
Source :
fr.wikipedia.org/wiki/M%C3%A9tro_de_Lille
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ILEVIA ( Wikipedia )
Ilévia, ou Keolis Lille Métropole (appelé TCC jusqu'en 1994 et Transpole jusqu'en 2019), est une société anonyme créée en 1989 de la fusion des deux entreprises de transport en commun de l'agglomération lilloise. Elle a pour objectif l'exploitation du réseau de transport en commun de voyageurs sur le territoire de la Métropole européenne de Lille.
Ilévia exploite, pour le compte de la Métropole européenne de Lille (MEL), les deux lignes de métro automatique, le tramway du Grand Boulevard, les soixante-dix lignes de bus (dont les douze Lianes, des bus à haut niveau de service), ainsi que les plus de deux-cents stations V'Lille (2200 vélos en libre-service exploités via EFFIA, une filiale de Keolis) de l'agglomération lilloise…….
Source :
fr.wikipedia.org/wiki/Il%C3%A9via
ILEVIA ( Exploitant ) :
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🇬🇧 GB. UK.
● Sunday, December 17, 2024 1st day of operation on line 1 of the Lille metro under the new Alstom CBTC system.
● VAL208 of Siemens origin equipped with a PA.VAL (VAL automatic pilot) then modified by Alstom in CBTC version U500. (World 1st)
● This development is an essential prerequisite for the future deployment of the new 52-meter NMR trains (BOA trains), which will double the transport capacity of line 1 by February 2026.
(VAL208 Length: 26 meters)
● Communications-based train control
en.wikipedia.org/wiki/Communications-based_train_control
● Lille Metro
en.wikipedia.org/wiki/Lille_Metro
🇳🇱 NL.
● Zondag 17 december 2024 1e exploitatiedag op lijn 1 van de metro van Rijsel onder het nieuwe Alstom CBTC-systeem.
● VAL208 van Siemens-oorsprong uitgerust met een PA.VAL (VAL automatische piloot) en vervolgens door Alstom aangepast tot CBTC-versie U500. (1e wereld)
● Deze ontwikkeling is een essentiële voorwaarde voor de toekomstige inzet van de nieuwe 52 meter NMR-treinen (BOA-trein), die de transportcapaciteit van lijn 1 tegen februari 2026 zullen verdubbelen.
(VAL208 Lengte: 26 meter)
● Communications-Based Train Control
nl.wikipedia.org/wiki/Communications-Based_Train_Control
● Metro van Rijsel
nl.wikipedia.org/wiki/Metro_van_Rijsel
🇩🇪 DE.
● Sonntag, 17. Dezember 2024 1. Betriebstag der Linie 1 der U-Bahn von Lille im neuen Alstom CBTC-System.
● VAL208 von Siemens, ausgestattet mit einem PA.VAL (VAL-Autopilot), dann von Alstom in die CBTC-Version U500 umgebaut. (1. Welt)
● Diese Entwicklung ist eine wesentliche Voraussetzung für den künftigen Einsatz der neuen 52-Meter-NMR-Züge (BOA-Zug), die die Transportkapazität der Linie 1 bis Februar 2026 verdoppeln werden.
(VAL208 Länge: 26 Meter)
● Communication-Based Train Control
de.wikipedia.org/wiki/Communication-Based_Train_Control
● Métro Lille
de.wikipedia.org/wiki/M%C3%A9tro_Lille
🇪🇸 ES.
● Domingo 17 de diciembre de 2024 Primer día de funcionamiento de la línea 1 del metro de Lille bajo el nuevo sistema CBTC de Alstom.
● VAL208 de origen Siemens equipado con un PA.VAL (piloto automático VAL) luego modificado por Alstom a CBTC versión U500. (1er mundo)
● Este desarrollo es un requisito previo esencial para el futuro despliegue de los nuevos trenes NMR de 52 metros (tren BOA), que duplicarán la capacidad de transporte de la línea 1 hasta febrero de 2026.
(VAL208 Longitud: 26 metros)
● Sistema CBTC
es.wikipedia.org/wiki/Sistema_CBTC
● Metro de Lille
es.wikipedia.org/wiki/Metro_de_Lille
🇮🇹 IT
● Domenica 17 dicembre 2024 1° giorno di operatività sulla linea 1 della metropolitana di Lille con il nuovo sistema Alstom CBTC.
● VAL208 di origine Siemens dotato di PA.VAL (pilota automatico VAL) poi modificato da Alstom nella versione CBTC U500. (1° Mondo)
● Questo sviluppo è un prerequisito essenziale per il futuro dispiegamento dei nuovi treni NMR da 52 metri (treno BOA), che raddoppieranno la capacità di trasporto della linea 1 entro febbraio 2026.
(VAL208 Lunghezza: 26 metri)
● Communication based train control
it.wikipedia.org/wiki/Communication_based_train_control
● Metropolitana di Lilla
it.wikipedia.org/wiki/Metropolitana_di_Lilla
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mk6 jetta gli, kit purchased from: bagriders.com, autopilot v2, airlift bags & stock rear shocks, airlift xl fronts, accuair skinny 5 gal tank