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The TVR M series is a line of sports cars built by automaker TVR between 1972 and 1979. The series replaced the outgoing TVR Vixen and Tuscan models, and is characterized by a common chassis and shared body style. As with other TVR models before and since, the M-series cars use a front mid-engine, rear-wheel drive layout and body-on-frame ...
Guide+ in the United States was replaced by Gemstar with a similar service (delivered in the same fashion via VBI like Guide+), called TV Guide On Screen. [48] A small number of televisions, DVD recorders, and digital video recorders were released with TV Guide On Screen capabilities. The service was discontinued in the US in 2013. [49]
The TVR Vixen is a hand-built sports car which was produced by TVR in Blackpool, England from 1967 until 1973. Ford-engined in most of its configurations, it succeeded the MGB-engined TVR Grantura 1800S. It is also the basis for the high-performance TVR Tuscan which was available in both V6 and V8 configurations.
TVR Electric Vehicles Limited [1] is a British manufacturer of sports cars.The company manufactures lightweight sports cars with powerful engines and was, at one time, the third-largest specialised sports car manufacturer in the world, offering a diverse range of coupés and convertibles.
The Basic Status Codes have been in SMTP from the beginning, with RFC 821 in 1982, but were extended rather extensively, and haphazardly so that by 2003 RFC 3463 rather grumpily noted that: "SMTP suffers some scars from history, most notably the unfortunate damage to the reply code extension mechanism by uncontrolled use.
The TVR Chimaera is a two-seater sports car manufactured by TVR between 1992 and 2003. ... 11.2 5.0: 4,988: 340 hp (254 kW; 345 PS) 320 lb⋅ft (434 N⋅m)
In the early 1980s TVR approached Andy Rouse with a view to using his race-developed 3.9 L (3,946 cc) variant of the V8 in their Rover-powered TVR 350i 'wedge'; Rouse had successfully campaigned a Rover SD1 with a modified V8 on the track. For a number of reasons (primarily cost) Rouse's version was not used, but the concept was passed to ...
The compatible color standard retained full backward compatibility with then-existing black-and-white television sets. Color information was added to the black-and-white image by introducing a color subcarrier of precisely 315/88 MHz (usually described as 3.579545 MHz±10 Hz). [19]