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In March 1962, Chrysler replaced the American 1961-model R Valiant with the American 1962 SV1 (S Series) Valiant. The SV1 used the same body shell as the RV1, with cosmetic changes including the deletion of the simulated spare wheel on the bootlid, and round tail lamps replacing the R-model's cat-eye shaped ones. There was a revised radiator grille and new exterior trim.
Mechanical changes included relocation of the manual transmission shifter to the steering column, new ball joints, and a new gear-reduction starter motor.
10,009 SV1 Valiants were sold, of which 5,496 were automatics and 4,513 were manuals.
Camden, New South Wales, Australia,
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based historical facts. BEWARE!
Some background:
The Reno Air Races, officially known as the National Championship Air Races, is a multi-day event tailored to the aviation community that takes place each September at the Reno Stead Airport a few miles north of Reno, Nevada. Air racing is billed as "the world's fastest motor sport" and Reno is one of the few remaining venues. The event includes races in 6 classes and demonstrations by airshow pilots.
The probably most spectacular race class is the "Unlimited". With the exception of very few “scratch-built” aircraft, the Unlimited Class has generally been populated by stock or modified WWII fighters with the P-51 Mustangs, F-8F Bearcats and Hawker Sea Fury being flown most often, flying in speeds exceeding 500 mph.
One of the many P-51 custom racers was the "Gulf Mirage". It was a former military aircraft (ex s/n 44-73350), formerly operated by the Swiss Air Force and bought for around $3,500, that had undergone several successive modifications during its career in order to reduce the aircraft's drag and make it more and more competitive.
"Gulf Mirage" started its racing career in 1968 as an almost original P-51D which had been stripped off of any military equipment, under the ownership of Daniel Haskin, owner of Aeropart Service Inc. and WWII and Korea War pilot veteran. The aircraft's original name was "Mirage", with the civil registration N613C. The debut with the racing number 83 saw only a mediocre result, and, for the next season, the yellow and purple Mustang underwent its first major modifications.
These were carried out by Aero Trans Corp. DBA in Ocala, Florida, and included clipped wings and ailerons (the wing span was reduced by a total of ~5'), and the Mustang's characteristic tunnel radiator was replaced by two recessed radiators, which now occupied the former machine gun compartments in the wings. In this guide, the aircraft took part in the 1969 National Air Races, but severe cooling problems and numerous leaks in the almost untested radiator system prevented an active participation in the Unlimited Class races.
1970, "Mirage" was back, now tested and most technical bugs sorted out, and was able to achieve a respectable 4th place. In 1971, the modified Mustang was back, but during the main race a piston jammed and the aircraft could hardly be controlled - ending in a rugged belly landing after the landing gear had collapsed upon touchdown, which also caused a crack in the motor block.
However, the airframe was mostly intact, and Daniel Haskin started to search for sponsors for a rebuild and upgrade of "Mirage", as well as a new pilot. Through his industrial connections, he was able to win Grady Davis, vice president of Gulf Oil, who was an avid motorsport enthusiast and had founded the Gulf Oil Racing Team in 1966, for his project. In the course of 1972, "Mirage" underwent, thanks to financial and technical support, its second radical modification: the ruined Merlin engine was replaced by a bigger Rolls Royce Griffon (salvaged from an ex RAF Supermarine Spitfire PR Mk 19 reconnaissance aircraft) and its respective engine mounts, now driving a five blade propeller. The wing radiators were slightly enlarged in order to match the Griffon's increased power, and the aircraft was rebuilt with an eye to weight reduction. In the end, 600 pounds (270 kg) were removed from the airframe. The Mustang's original bubble canopy was replaced by a much smaller, streamlined fairing, and, after initial flight tests, the fin was slightly extended in order to counter the new propeller's torque and improve directional stability.
Outwardly, the new sponsorship resulted in a new name - the aircraft was now called "Gulf-Mirage" - a new, very different livery in the typical Gulf Racing colors: light blue with bright orange trim. With Peter Holm, a new pilot was found, too.
1973 saw the first start of the refurbished aircraft with the new starting number 63, but "Gulf-Mirage" did not finish its first race due to oil pressure problems, and any further flights were cancelled. In 1974 the pale blue Mustang was back - and this time everything worked fine and "Gulf-Mirage" was able to score a 3rd place in the Unlimited Class Gold Race. In 1975 the aircraft raced at the California National Air Races and finished in 2nd place - with a speed of 422 miles per hour (679 km/h).
After racing for several years with limited success, the aircraft was sold in 1983 to Wiley Sanders of Sanders Truck Lines, and it lost its characteristic blue and orange livery. After frequent participations in various air races, the aircraft was sold again in late 1989 and moved to the United Kingdom, not to return to the United States again until 1995. Since then, the aircraft has not made any public appearance yet.
General characteristics:
Crew: 1
Length: 32 ft 3 in (9.83 m)
Wingspan: 32 ft 6½ in (9.93 m)
Height: 13 ft 5 in (4.10 m; tail wheel on ground, vertical propeller blade.)
Wing area: 197.6 sq ft (18.42 m²)
Empty weight: 7,030 lb (3,194) kg
Loaded weight: 8,750 lb (3,972 kg)
Max. take-off weight: 11,450 lb (5,200 kg)
Powerplant:
1× modified Rolls Royce Griffon 65 supercharged V12,
with a race output of ~3,000 hp (2,160 kW) at low altitude
Performance:
Maximum speed: 473 mph (763 km/h) at 25,000 ft (7,600 m)
Stall speed: 100 mph (160 km/h)
Mach limit 0.82
The kit and its assembly:
This is another group build submission, this time the topic was “Racing and Competition” – and what’s more obvious than a (fictional) Reno Racer? The Mustang is a classic choice for the Unlimited Class, with many warbirds and some exotic, dedicated constructions with high-volume piston engines. I wanted something plausible, though, that perfectly blends into the class’ pedigree, so I took inspiration from different real P-51 racers and modified my build with whatever I considered plausible.
The basic kit is Academy’s P-51D, which I like because of its good fit, surface structure and nice details like the good cockpit and landing gear, as well as the option to build the model with lowered flaps. Just the tail wheel is IMHO a little short and needs an extension at its base for a proper stance of the model.
However, in order to turn the Mustang into a mutated Reno Racer and high speed aircraft, I gave it the following modifications – everything gathered from real-world Mustang modifications throughout the years:
Clipped wings, a traditional way to reduce drag and improve low altitude handling. I cut away about 1cm from each wing – and there have been more radical modifications in real life, even including the transplantation of swept wings from a Learjet! The original wing tips were retained, though, and slightly extended so that they would match with the slightly deeper, shortened wing.
The ventral radiator was cut away and faired over; instead, two smaller radiators were integrated into the wings where the machine gun bays had been, scratched from styrene sheet material. This was inspired by Anson Johnson’s Mustang N13Y, as flown in 1949.
The spacious bubble canopy was replaced by a much smaller hood. At first, I wanted to use a Spitfire or Typhoon bubble canopy, but, after some dry fitting tests, these were still too big for a radical racer. Eventually I came up with a weird combo: the cockpit glazing from an 1:100 Tamiya Il-28 bomber (which, unfortunately, turned out to be quite thick), extended rearwards with the rear section of an 1:72 Academy Fw 190 cockpit canopy/fairing. Both had to be tailored to match each other, as well as the Mustang’s different fuselage shape, and the cockpit opening itself in the fuselage had to be drastically made smaller, with the help of styrene sheet and lots of PSR.
The engine was upgraded from a V-1710/Merlin to a Griffon engine; this was pretty easy, thanks to the transplantation of conformal rocker cam fairings from a Special Hobby Spitfire kit: they almost match the cowling shape perfectly!
In order to create a more Griffon-esque look (using the Griffon-powered RB-51 “Red Baron” Mustang as benchmark), I made the original carburetor air intake under the propeller disappear and modified the lower cowling. A new carburetor intake was scratched from a piece of a small drop tank and placed further back, just in front of the landing gear wells. Looks very Spitfire-like now!
Additionally, a different propeller with more blade area was incorporated, a one-piece five-blade propeller from a Frog Spitfire Mk. XIV. The new piece was mounted onto a metal axis and a styrene tube adapter was inserted into the Mustang’s nose. Since the new propeller’s spinner came with a slight increase in diameter (overall maybe just 1mm, but it would be recognizable), the cowling was adjusted accordingly, realized through some PSR work.
As a visual counterbalance to the bigger nose section, the fin tip was slightly extended (maybe by 2mm) through the integration of a piece from a Special Hobby He 100.
Finally, the OOB pitot under the wing was replaced by a more delicate alternative made from thin wire, and no other antennae were fitted, for a sleek and clean look.
In the end, a lot of changes - but the overall effect is IMHO still subtle, and the whole thing looks quite plausible. And there had been more radical conversions in real life!
Painting and markings:
This started as a tough challenge, since I wanted a simple livery, yet something well-known from the Seventies. One option was a black “JPS Special” livery, but I eventually came across a very nice “Gulf Racing” sponsor markings set from A.C.B.-Shop, a German car model specialist. The team’s light blue and orange cars are still iconic and popular today, and why should Gulf Oil not even have sponsored a Reno Racer…?
Painting started with an overall coat of pastel blue from the rattle can – a generic tone from Duplicolor, which comes close to RAL 5024, but it’s less saturated. Initially I thought that the blue tone was just too pale, but things became more convincing once I added orange bands (Humbrol 18, it comes very close to the decals’ tone) to the wings and the fuselage, as well as to the nose section and the spinner. The latter received a chrome silver tip, created with Humbrol’s Polished Aluminum metallizer, which was also used on the blades’ front side. Their back side became black. Black was also used for a narrow anti-glare panel in front of the windscreen.
The cockpit interior became dark grey while the landing gear wells and covers were painted in zinc chromate yellow (Humbrol 81) – an ugly but deliberate contrast to the colorful exterior. The struts were painted in aluminum (Humbrol 56). As another color highlight, the wheel discs were painted in bright red – seen on a WWII Mustang, probably a personal addition of the pilot?
Once dry, the kit received a light black ink wash, in order to emphasize the engraved panel lines. Then orange sections received black rims, created with generic 2mm decal stripe material from TL Modellbau. The lowered flaps were a bit problematic, but the curved trim under the nose posed serious problems because the straight decal stripes had to be bent into curves. Thanks to some Gunze decal softener, this eventually worked – not perfect, but O.K. for what I wanted to achieve.
Next came the major sponsor markings and the race numbers. The Gulf logos came from the aforementioned decal set while the number was puzzled together with white decal circles from a Hasegawa Ki-61 (actually foundations for hinomaru with white borders!) and single numerals, which actually belong to contemporary Russian Air Force aircraft, from a Begemot sheet with generic tactical codes in various sizes.
In the scrap box I also found some sponsor decals (from a Heller 1:43 Lancia Delta), and some stencils were taken from an Academy P-47D sheet.
Finally, after some finishing touches, the kit was sealed with semi-gloss acrylic varnish from Italeri.
Well, the “Gulf-Mirage” looks simple and plausible, but in the end a lot of modifications were integrated that shift the Reno Racer away from the standard warbird. I am actually quite pleased with the outcome, because neither the technical modifications, nor the fictional/adapted Gulf Racing livery look out of place. The combo works well!
There are always people who regret the Packard automobile has gone for good. Or people who hardly can except Packard is history.
But there are also people who refuse to except this fact and take action. Like Roy Gullickson, an engineer and entrepreneur from Cedar Rapids, Iowa, US.
Read the auction description below and be surprised...
This Packard Twelve prototype was designed by former GM stylist Don Johnson with important input from Roy Gullickson and Lawrence Johnson. Development started in Autumn 1993. This prototype was presented in 1999. A yearly production of at least 2000 items was intended but the necessary investments were not found. It remained with this single prototype.
It was finally offered at an auction in 2014.
See also: rmsothebys.com/auctions/sj14/lots/r112-1999-packard-twelv...
Auction description:
573 hp, 525 cu. in. OHV fuel-injected V-12 engine, four-speed GM 4L80E automatic transmission, full-time all-wheel drive, four-wheel independent suspension, and four-wheel power-assisted anti-lock disc brakes. Wheelbase: 119 in.
Some cars have presence, some cars have panache, some cars have prestige, and some cars have all that and more…like Packards. This is what inspired Roy Gullickson, entrepreneur and engineer, to pursue his dream and build the new Packard Twelve.
It began as an idea among friends during a conversation at lunch in 1991. After successfully securing the trademark rights to build a new automobile with the Packard name, concept development began during September and October of 1993. Engineering and styling work was started in January 1994 and continued through to 1996 with Gullickson and Lawrence Johnson, who were both mechanical engineers with automotive experience. The new Packard Motor Car Company and Twelve prototype were first introduced publicly at the 25th anniversary celebration of Arizona Packards in Tuscon in October 1998.
A full-size styling mock-up was developed after consultation with four professional stylists, who included Don Johnson, the former GM stylist who was responsible for the final version of the Zimmer automobile. The sub-structure is an all-aluminum space-frame chassis and body, making extensive use of proprietary high-strength, heat-treated aluminum extrusions. The special aluminum suspension A-frames and knuckles are heat-treated, then X-rayed and dye-penetrant tested to detect any porosity. Anti-squat and anti-dive geometry are included, along with 13.2-inch four-wheel disc brakes. The completed car weighs in at a comparatively light 3,750 pounds.
Power is supplied by a 573 horsepower, 525-cubic inch, all-aluminum OHV V-12. The engine was tested over a five-year period and is equipped with Delco electronic-port fuel injection, dual catalytic converters and oxygen sensors, and Delco powertrain control modules. Full-time all-wheel drive is managed by a Borg Warner transfer case with a viscous clutch and a 35/65 torque split front/rear. A GM 4L80E four-speed electronic-shift automatic transmission was chosen for effortless touring. Performance is quoted at 0–60 mph in 4.8 seconds and the quarter mile in 12.5 seconds.
Inside, you’ll find fine leather upholstery, hand-finished dark walnut veneers with aluminum backing, power front seats, and power windows and locks. Comfort items also include automatic temperature control, full instrumentation, and an AM-FM radio with a CD player and changer.
Included in the purchase of the vehicle are spare parts, such as door glass, suspension knuckles and A-frames, and taillight lenses, along with a list of components with part numbers and suppliers’ names. Historical notes and materials will be provided with the car, as well as many additional photographs and original artwork.
The car is titled under authorization of federal and state laws for “constructed” vehicles, and therefore, it is not EPA or NHTSA certified. It is truly a unique vehicle and the only one built. According to the consignor, there will be no other. He adds that over $1.5 million has been invested in the cost of engineering and building this one-off, modern-day Packard prototype.
This is one time, perhaps, you’ll have to “Ask the Man Who Owns the Only One.”
8603 cc V12 engine.
Performance: 573 bhp.
Production Packard Twelve: 1999.
Without reg. number.
This Packard is part of the Dutch Packard Collection.
Seen on the Dutch Studebaker Packard Club meeting on the occasion of the 25th anniversary of this club.
See also: www.spcn.nl/
Plus: studebakerdriversclub.com/
Bleiswijk, Hoekeindseweg, May 20, 2014.
© 2024 Sander Toonen Halfweg | All Rights Reserved
This Lego Mindstorms EV3 battlebot uses three EV3 Large Motors, two of which have "triple torque" due to gearing. In this false-colored picture, the pink 12-tooth gear that is directly connected to the EV3 Large Motor touches the turquoise 36-tooth gear. This "gearing down" increases its torque three times, for increased pushing power. The center motor operates the yellow "flipper" arms for upending opposing robots in a Lego Sumo or Battlebot competition. Parts from the EV3 45544 Education Set are supplemented by the third motor and EV3 Color Sensor (for detecting the edge of a Lego Sumo arena). You can use your spare parts to make the flipper larger; with it in the "up" position, it measures ~7"x7" (~22x22 studs). The EV3 Ultrasonic Sensor detects the opposing robot, or it can be replaced by a Mindsensors "Sumo Eyes" sensor ( www.mindsensors.com/ev3-and-nxt/28-dual-range-triple-zone... ) for SuGObot (www.sugobot.com ) competitions. The Lego Digital Designer (LDD) .lxf Building Instructions file for the actual-color model, plus Parts List, is available on Rebrickable.com: rebrickable.com/mocs/DavidLuders/ev3-triple-torque-battlebot
An evening shot after a busy day. My torque wrench was in use at the weekend, as I tinkered with the Subaru. I've decided that the misfire is due it running lean - all the spark plugs were more white than "biscuit" coloured. Reason unknown, but possibly something failing in the fuel system (pump/filter/pressure regulator)
Specifications
Engine
• VR-series twin-turbocharged 3.8-liter V6.
• 480 hp @ 6,800 rpm. 430 lb-ft torque @ 3,200–5,200 rpm.
• Dual overhead camshafts with variable intake-valve timing.
• Cast aluminum cylinder block with high-endurance/low-friction plasma-sprayed bores.
• IHI twin turbochargers, one per cylinder bank.
• Pressurized lubrication system with thermostatically controlled cooling.
Drivetrain
• ATTESA ET-S All-Wheel Drive (AWD) with independent rear-mounted transaxle integrating transmission, differential and AWD transfer case.
• Rigid, lightweight carbon-composite driveshaft between engine and transaxle.
• Electronic traction control plus 1.5-way mechanically locking rear differential.
• Vehicle Dynamics Control (VDC-R) with three driver-selectable settings: Normal (for daily driving, controls brakes and engine output), R-Mode (for ultimate performance, utilizes AWD torque distribution for additional vehicle stability) and Off (driver does not want the help of the system).
• Hill Start Assist prevents rollback when starting on an incline.
DisclaimerVDC-R cannot prevent accidents due to abrupt steering, carelessness, or dangerous driving techniques. Always drive safely.
Transmission
• 6-speed Dual Clutch Transmission with three driver-selectable modes: Normal (for maximum smoothness and efficiency), Snow (for gentler starting and shifting on slippery surfaces), and R mode (for maximum performance with fastest shifts).
• Fully automatic shifting or full sequential manual control via gearshift or steering wheel-mounted paddle shifters.
• Dual clutch design changes gears in less than 0.5 second (0.2 second in R mode).
• Downshift Rev Matching (DRM).
• Predictive pre-shift control (in R mode) based on throttle position, vehicle speed, braking and other information.
Wheels and Tires
• 20 x 9.5" (front) and 20 x 10.5" (rear) super-lightweight forged-aluminum wheels with Gunmetal Gray finish.
• Exclusively developed nitrogen-filled Bridgestone® RE070A high-capacity run-flat summer tires, 255/40R20 front and 285/35R20 rear.
• Tire Pressure Monitoring System (TPMS).
• Optional exclusively developed nitrogen-filled Dunlop® run-flat all-season tires, 255/40R20 front and 285/35R20 rear (includes Bright Silver wheels).
Brakes
• Brembo® 4-wheel disc brakes with 4-wheel Antilock Braking System (ABS), Brake Assist, Electronic Brakeforce Distribution and Preview Braking.
• Two-piece floating-rotor 15-inch front and rear discs with diamond-pattern internal ventilation.
• 6-piston front/4-piston rear monoblock calipers.
Steering
• Rack-and-pinion steering with vehicle-speed-sensitive power assist.
• 2.6 steering-wheel turns lock-to-lock.
Suspension
• 4-wheel independent suspension with Bilstein® DampTronic system with three driver-selectable modes: Normal/Sport (for automatic electronic control of damping), Comfort (for maximum ride comfort), and R mode (engages maximum damping rate for high-performance cornering).
• Electronically controlled variable-rate shock absorbers. High-accuracy progressive-rate coil springs.
• Front double-wishbone/rear multi-link configuration with aluminum members and rigid aluminum subframes.
• Hollow front and rear stabilizer bars.
Body/Chassis
• Exclusive Premium Midship platform with jig-welded hybrid unibody.
• Aluminum hood, trunk and door skins. Die-cast aluminum door structures.
• Carbon-reinforced front crossmember/radiator support.
Back to Top
Standard Features
Exterior
• Wide-beam headlights with High Intensity Discharge (HID) low beams.
• LED taillights and brake lights.
• Dual heated power mirrors.
• Flush-mounted aluminum door handles.
• Body-color rear spoiler with integrated center high-mounted stop light.
• UV-reducing tinted glass.
Audio/Navigation/Performance Monitor
• Digital Bose® audio system with AM/FM/in-dash 6-CD changer and 11 speakers including dual subwoofers.
• HDD Music Box system, including hard drive with 9.4 GB for audio storage.
• MP3, WMA and DVD audio capable. In-dash Compact Flash card reader.
• HDD-based GPS navigation with touch screen.
• Driver-configurable performance monitor, developed with Sony® Polyphony, with graphical readouts of vehicle data and driving data displayed on a total of 11 screens.
• 7-inch WVGA high-resolution color-LCD display for audio, navigation and performance monitor.
Interior
• Automatic Temperature Control (ATC).
• Electronic analog instrument cluster with multi-function trip computer and digital gear indicator.
• Power front windows with one-touch auto-up/down feature.
• Intelligent Key system with pushbutton start. Power door locks.
• Cruise control.
• Tilt/telescoping steering column.
• Bluetooth® Hands-free phone system with voice recognition.
Seating/Appointments
• Leather upholstered front seats with perforated Alcantara inserts.
• 8-way power front seats with entry/exit switch for rear-seat passengers.
• Driver-shaped bucket seat.
• Dual individual rear seats.
• Heated front seats.
• Leather-wrapped steering wheel and shift knob.
• Drilled aluminum pedals.
Safety/Security
• Nissan Advanced Air Bag System (AABS) with dual-stage supplemental front air bags, seat belt sensors and occupant-classification sensor.
• Driver and front-passenger side-impact supplemental air bags and roof-mounted curtain supplemental air bags.
• Front seat belts with pretensioners and load limiters.
• Nissan Vehicle Immobilizer System.
• Vehicle Security System.
Mercedes Benz Arcos 6x2 (2013-on) Engine 15.569cc with 386–466 kW (517–625 hp; 524–634 PS) and 3000 N-m of torque
Decals Collett, Heavy Transport
Registration Number SF 17 AOC (Glasgow)
MERCEDES ALBUM
www.flickr.com/photos/45676495@N05/sets/72157623671722255...
The Mercedes-Benz Arcos is a heavy duty truck introduced in 2013 replacing the Mercedes-Benz Axor, and is aimed at the construction sector available bodies include dump-trucks, concrete mixers, and tractors, with two, three, or four axles. Weights range from 18 to 41 tonnes. The Arocs has two main variants - the Loader and the Grounder. The latter is a heavy-duty variant, with thicker 9mm frame rails. The Arcos is produced by Mercedes-Benz in Worth, Germany.
This truck was the lead vehicle of a pull me push combo hauling a giant Air Liquide tank. the load was 49 mtr (161 feet) long, 6.5 mtrs (21 feet) high and 4.9mtrs (16 feet) medical grade liquid oxygen tank. This was the second of three fortnighly journeys with these tanks.
Diolch am 80,257,511 o olygfeydd anhygoel, mae pob un yn cael ei werthfawrogi'n fawr.
Thanks for 80,257,511 amazing views, every one is greatly appreciated.
Shot 01.07.2020. negotiating the Globe Traffic Island, Rugeley
Diolch am 80,260,640 o olygfeydd anhygoel, mae pob un yn cael ei werthfawrogi'n fawr.
Thanks for 80,260,640 amazing views, every one is greatly appreciated.
Shot 01.07.2020.negotiating the Globe Island, Rugeley Staffordshire 145-010
Taken @ M. Earnshaw Street, Sampaloc, Manila - January 15, 2011
GV FLORIDA TRANSPORT, INC.
Bus Number: B1 (Bullet 1)
Classification: Airconditioned Provincial Operation Bus
Coachbuilder: Del Monte Motor Works, Corporation
Chassis: Hino RM2PSS
Model: DMMC Aero Extreme
Engine: Hino P11C-TE
Bore & Stroke: 122 mm x 155 mm
Displacement: 641.825 cu. inches (10,531 cc / 10.5 Liters)
Cylinders: Inline-6
Aspiration: Turbocharged
Power Output: 320.55 bhp (325 PS - metric hp / 239.04 kW) @ 2,100 rpm
Torque Output: 1,040.56 lb.ft (1,411 N.m) @ 1,100 rpm
Transmission: 6-Speed Forward, 1-Speed Reverse
Maximum Speed: 87.00 mph (140 km/hr) - [estimated]
Layout: Rear-Mounted Engine Rear-Wheel Drive
Airconditioning Unit: Overhead Unit
Suspension: Air-Suspension
Seating Configuration: 2x1
Seating Capacity: 29 Passengers
Fuel Tank Capacity: 105.560 Gallons (400 Liters)
Overall length: 38.99 feet (11.89 Meters)
Overall width: 8.09 feet (2.47 Meters)
Wheel Base: 19.69 feet (6.00 Meters)
Gross Vehicle Weight: 37,536 lbs. (17,000 kg)
* Specifications are subjected for verification and may be changed without prior notice...
Internet Image of the 2020 Ferrai F8 Spider and I provided the rest.
The F8 Tributo’s drop-top sibling, the F8 Spider, shares the hardtop’s 3.9-liter twin-turbo V8 while adding open-air driving flair to the mix. The engine puts out a whiplash-inducing 710 horsepower and 568 lb-ft of torque. Coupled with a seven-speed dual-clutch transmission and rear-wheel-drive, the F8 Spider can complete the 0-62 mph run in 2.9 seconds on its way to a top speed of 211 mph. These figures match the Tributo, with the hardtop only really squeezing out a slim 0.4-second advantage up to 124 mph. As the 488 Spider’s replacement, the F8 Spider is both lighter (by 20 pounds) and more powerful (by 50 hp).
The F8 Spider gets plenty of Ferrari’s performance gear, too. There’s the Ferrari Dynamic Enhancer system, a setup that enhances traction in corners by altering brake pressure at each caliper. A Slide Slip Control system has been tweaked to improve driver control at the limit. To maximize the engine’s performance potential, revs aren’t gradually restricted as the limiter is approached, only cutting off right at the 8,000 rpm redline. The engine is also 39 pounds lighter than the 488 Spider’s unit.
The retractable hardtop increases comfort levels and can be lowered in just 14 seconds. It’s just one component of another Ferrari show-stopper, the mid-engined F8 Spider demanding attention from every angle, even if it isn’t a dramatic departure from the 488 Spider. Official pricing and availability dates are still to be announced but don’t expect to pay much less than $300,000 for this McLaren 720S Spider rival.
Text Source: Carbuzz Review
Flipped and destroyed 1962 Ford Fairlane, abandoned under Lenticular clouds at Dunmovin, a wide spot on on California's remote Highway 395.
Night, 2 minute exposure, full moon, lime and red-gelled strobe flash, red-gelled LED flashlight.
Reprocessed and replaced, January 2024.
1934 Ford Brewster voiture de ville_Montage_01_2
www.hemmings.com/stories/article/1934-36-ford-town-car-by...
Most American companies were suffering from the economic quagmire of the Depression in the early 1930s, and Brewster & Co., the nation's oldest and most prestigious coachbuilder, was on the verge of financial ruin. On the other hand, the Ford Motor Company was running full steam ahead in the early 1930s, with its popular cars rolling on a wave of V-8 torque and affordable prices. Pairing the cheap Ford chassis with high-profile custom bodies might have been the key to Brewster's salvation, but the results did not take; what remained was a small group of cars that shared one of the most distinctive grilles in automotive history.
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La plupart des entreprises américaines souffraient du bourbier économique de la Dépression au début des années 1930, et Brewster & Co., le plus ancien et le plus prestigieux carrossier du pays, était au bord de la ruine financière. D'un autre côté, la Ford Motor Company fonctionnait à plein régime au début des années 1930, avec ses voitures populaires roulant sur une vague de couple V-8 et des prix abordables. Jumeler le châssis Ford bon marché avec des carrosseries personnalisées prestigieuses aurait peut-être été la clé du salut de Brewster, mais les résultats n'ont pas pris; ce qui restait était un petit groupe de voitures qui partageaient l'une des calandres les plus distinctives de l'histoire de l'automobile.
A small part of an old, rusted train, where a rod has been snapped by time and torque. Based on how the rod works, I suspect it snapped from rotational movement of the rod around it's axis.
I like the texture of the metal, and the rusted paint in the background. Even metal eventually decays and breaks.
A Sauber F1 car approaches the start-finish straight with the Singapore Flyer looming overhead, at the Singapore Grand Prix 2014, Singapore.
SAR (search and rescue) helicopter OO-NHX in action during Vlissingen Rescue. This biannual event is a coordinated effort by different public service departments like police, paramedics, fire-departments, coastguard, navy and such with national and international participants.
Type: AS-365 N3
Capacity (persons) 11
Maximum weight 4,300 kg
Engines 2 x Turbomeca Arriel 2C2
Range 811 km @ 274 km/h & 4,000 kg
Maximum speed 296 km/h @ 4,000 kg
The high-performance AS365 N3 was developed for operations in 'hot and high' climates, and introduced 635 kW (851 shp) Arriel 2C turboshafts equipped with a single channel DECU (Digital Engine Control Unit) with manual reversion, mated to an uprated main transmission for better single engine performance. The AS365 N3 also features a redesigned ten blade composite Fenestron anti-torque device with asymmetric blade distribution, offering a further reduction in noise signature. The AS365 N3's gross weight is 4,300 kg (9,480 lb). Production deliveries began in December 1998 and this version is currently still in production.
Date Taken: February 18, 2026
Basic Details:
Operator: Metro Comet Transport Service Cooperative
Fleet Number: 002
Classification: Air-Conditioned City Operation Bus (Modern Passenger Utility Jeepney Class 2)
Seating Configuration: Side Facing Bench-Type Seats
Seating Capacity: 23 Passengers
Standing Capacity: 10 Passengers (LTFRB Maximum Imposed Limit)
Remarks: Compliant to the Philippine National Standard (PNS) 2126:2017 - ICS 42.040.01: Public Utility Vehicles Class 2 & Class 3 - Dimensions
Body:
Coachbuilder: Centro Manufacturing, Corp.
Body Model: Isuzu Modern PUV Cabless Gen. 2 Class 2
Chassis:
Chassis Model: Isuzu NLR77H
Layout: Front-Longitudinally-Mounted Engine Rear-Wheel Drive
Suspension: Leaf Springs Suspension
Engine:
Engine Model: Isuzu 4JH1-TC
Cylinder Displacement: 3.0 Liters
Cylinder Configuration: Straight-4
Engine Aspiration: Turbo-Intercooler
Max. Power Output: 106 hp @ 3,200 rpm
Peak Torque Output: 230 N.m @ 1,400 - 3,200 rpm
Transmission:
Type: Manual Transmission
Gears: 5-Speed Forward, 1-Speed Reverse
* Some parts of the specifications may be subjected for verification and may be changed without prior notice...
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16 years in the making, Everspin just unveiled the first spin-torque MRAM, a contender for a new generation of memory chip technology.
Our original investment thesis for novel memory technologies (like Coatue/AMD, Nantero and Everspin) was a sense that Moore’s Law would begin to bifurcate, where technical advances in memory precede logic by several years. In the next few years, radical advances in memory density and performance will be needed to relieve the performance bottleneck in corporate computing.
These new technologies are non-volatile rad-hard memories that should be faster, smaller, cooler, cheaper and more reliable than the SRAM and DRAM kludge.
Background: Memory advances are becoming increasingly important to further advances in computing and computation. The mention of Moore’s Law conjures up images of speedy Intel microprocessors. Logic chips used to be mostly made of logic gates, but today’s microprocessors, network processors, FPGAs, DSPs and other “systems on a chip” are mostly memory. But they are still built in fabs that were optimized for logic, not memory.
The IC market can be broadly segmented into memory and logic chips. The ITRS estimates that 90% of all logic chip area is actually memory. Coupled with the standalone memory business, we are entering an era for complex chips where almost all transistors manufactured are memory, not logic.
Back in 2005 I was truck by the details of Intel’s Montecito processor. They had to add more error-correction-code memory bits (now over 2 bits per byte) to deal with the growing problem of soft errors (alpha particles from radioactive decay and cosmic rays from space flipping a bit as the transistors get very small). According to Intel, of the 1.72 billion transistors on the chip, 1.66 billion are memory and 0.06 billion are logic.
Why the trend to memory-saturated designs? Intel’s primary design enhancement from the prior Itanium processor was to “relieve the memory bottleneck.” For enterprise workloads, Itanium executes 15% of the time and stalls 85% of the time waiting for main memory. When the processor lacks the needed data in the on-chip cache, it has to take a long time penalty to access the off-chip DRAM. Power and cost are also improved to the extent that more can be integrated on chip.
Who should care about this? A large and growing set of industries depends on continued exponential cost declines in computational power and storage density. Moore’s Law drives electronics, communications and computers and has become a primary driver in drug discovery and bioinformatics, medical imaging and diagnostics. Over time, the lab sciences become information sciences, and then the speed of iterative simulations accelerates the pace of progress.
Intel is right: "Compute must evolve"
More on the big picture version of Moore's Law.
News on Spin-Torque MRAM: VentureBeat and Electronic Design.
P.S. we have a conference room at work dedicated to MRAM 1.0, aka core memory.
Taken @ Victory Liner, Inc. Bus Terminal Station, Grace Park, Caloocan City - May 7, 2010
VICTORY LINER, INC.
Bus number: 2003
Classification: Airconditioned Provincial Operation Bus
Coachbuilder: Santarosa Philippines Motor Works, Incorporated
Chassis: Daewoo BV115
Model: BV115 SR Cityliner
Engine: Doosan DE12TIS
Displacement: 674.370 cu. inches (11,051 cc / 11.1 Liters)
Cylinders: Inline-6
Aspiration: Turbocharged
Power Output: 335.34 bhp (340 PS - metric hp / 250.07 kW) @ 2,100 rpm
Torque Output: 1,047.94 lb.ft (1,421 N.m) @ 1,260 rpm
Transmission: 6-Speed Forward, 1-Speed Reverse
Layout: Rear-Mounted Engine Rear-Wheel Drive
Airconditioning Unit: Overhead Unit
Suspension: Leaf Spring Suspension
Seating Configuration: 2x2
Seating Capacity: 49 Passengers
* Specifications are subjected for verification and may be changed without prior notice...
The Ferrari F12berlinetta (also unofficially referred to as the F12 Berlinetta or the F12) is a front mid-engine, rear-wheel-drive grand tourer produced by Italian sports car manufacturer Ferrari. The F12berlinetta, debuted at the 2012 Geneva Motor Show, replaces the 599 series grand tourers.
Specifications
Engine
The F12berlinetta uses a 6,262 cc (382 cu in), naturally aspirated 65° V12 engine of the Ferrari F140 engine family. Engine displacement is shared with the FF, but the F140 FC version installed on the F12 produces 740 PS (544 kW; 730 hp) at 8250 rpm and 690 N·m (509 lb·ft) of torque at 6000 rpm, making it the most powerful Ferrari roadcar to date, only surpassed by LaFerrari. This allows the F12berlinetta to accelerate from 0 to 100 km/h (62 mph) in an officially reported 3.1 seconds, 0 to 200 km/h (120 mph) in 8.5 seconds and a top speed of over 350 km/h (220 mph).
The engine of the F12berlinetta has been designed to be more efficient than that of the 599, as well as more powerful. The engine management system is fitted with Ferrari's HELE start-stop system to reduce fuel consumption when idling. Ferrari reports that the F12berlinetta can achieve 18 mpg-imp (15.7 L/100 km; 15.0 mpg-US) – a 30% improvement over the 599 – and produces CO2 emissions of 350 g/km.
Transmission
Similar to the California, 458 Italia, FF and LaFerrari, the F12berlinetta transmits power through a 7-speed dual-clutch automated semi-automatic gearbox operated by the driver using paddle shifters behind the steering wheel. Compared to similar models, the F12berlinetta uses shortened gear ratios to match the power of the engine.
Chassis
The F12berlinetta is built around an aluminium space frame chassis co-developed with Scaglietti. The chassis is made up of 12 different aluminium alloys and improves structural rigidity by 20% over the 599, whilst reducing weight by 70 kg (150 lb). The centre of gravity has been lowered by around 25 mm (1 in). The F12berlinetta's weight distribution is 48% front, 52% rear.
Similar to other contemporary Ferrari models, the F12berlinetta uses Ferrari's third generation CCM3 carbon ceramic disc brakes with ABS, SCM-E magnetorheological suspension, an electronic LSD, ESP Premium stability control and F1-Trac traction control. The car's stability and traction control, suspension and other settings are controlled by the Manettino dial mounted on the steering wheel.
Tires
The F12berlinetta is fitted with Michelin Pilot Super Sport tires, with the tyre codes 255/35ZR20 at the front and 315/35ZR20 at the rear.
Aerodynamics
The F12berlinetta makes use of aerodynamic techniques based on Ferrari's 599XX and Formula One programmes, developed with wind tunnel and CFD testing. A notable feature is the Aero Bridge, an air channel running from the bonnet, through the flanks and along the sides of the vehicle, creating an effect that increases downforce. Another feature is Active Brake Cooling ducts, which open to direct cooling air only when the brakes are hot, keeping them closed at other times to reduce aerodynamic drag. The F12berlinetta produces 200 kg (440 lb) of downforce at 200 km/h (120 mph) – an increase of 76% over the 599 GTB – and has a drag coefficient of 0.299.
Performance
Ferrari reports that the F12berlinetta is capable of lapping the Fiorano test circuit in 1 minute, 23 seconds; three seconds slower than LaFerrari, a full second faster than the 599 GTO, two seconds faster than the Enzo, two seconds faster than the 458 Italia, two seconds faster than the 430 Scuderia and three and a half seconds faster than the 599 GTB.
Design
The body of the F12berlinetta is designed by the Ferrari Styling Centre and Pininfarina, and shares some styling elements with other recent Ferrari models. This includes a front grille similar to the FF and headlights shared with the FF and 458 Italia. The interior, based on the FF, features new "Frau leather" upholstery with aluminium, Alutex, and carbon fibre trim, and has increased luggage space compared to the 599.
[Text from Wikipedia]
en.wikipedia.org/wiki/Ferrari_F12berlinetta
This miniland-scale Lego Ferrari F12 Berlinetta (2012) has been created for Flickr LUGNuts' 91st Build Challenge, - "Anger Management", - all about cars with some link to being angry.