All About Photographic Lenses.
Specifications, comparison, reviews, MTF-charts for lenses by Canon, Nikon, Sony, Pentax, Olympus, Sigma, Tamron, Carl Zeiss, etc.

Tamron 18-270 mm f/ 3.5-6.3 Di II VC PZD Lens

Do you like a good instrumental music?
Listen to new beautiful music from composer Sergei Borodin. Click HERE...


Tamron 18-270 mm f/ 3.5-6.3 Di II VC PZD lens

Format: APS-C (crop)

Type: Zoom lens

Focusing: Auto Focus (AF)

Lens mounts: Canon EF, EF-S, Sony A / Minolta A, Nikon F (FX, DX)

First year of production: 2010

Optical design: 16 elements in 13 groups

Features: Ultra-Sonic Motor, Optical stabilisation
User reviews (0)

Photos (0)

Tests (0)

Owners (1)

Views (3924)

Average price: $667


Focal lengthMax. apertureMin. apertureBladesMin. Focus (m.)Filter Ø (mm.)Weight (gr/oz)Length (mm/in)
18mm - 270mmf/3.5 - f/6.3f/2270.4962450/15,988/3,5

Additional information:

The Tamron 18-270 mm f/ 3.5-6.3 Di II VC PZD

  • Diagonal angle of view  75° 33’- 5° 55’ (for 1.55x)
  • Max. magnification ratio 1:3.8 (at 270 mm)
  • Length 88-96.4 mm
  • Diameter 74.4 mm
  • Petal hood included
  • No VC for the Sony bayonet mount

The Tamron 18-270mm F/3.5-6.3 Di II VC PZD (Model B008) is the lightest and the most compact stabilized universal 15x ultrazoom lens. It features the first piezoelectric drive (Piezo Drive, PZD) autofocus and is intended for small format digital SLR APS-C/DX cameras only (not for FF cameras).

The lens differs from the previous 8-270mm F/3.5-6.3 Di II VC model not only in a new motor with improved piezoelectric design, but also in decreased mass and dimensions. Filter diameter is reduced to 62 mm as well.

The new ultrasonic PZD motor employs a standing wave mode to extend and turn the piezoelectric element along elliptical trajectory by means of high-frequency friction. Ordinary ring-type USM or USD employs traveling wave mode for turning a circular arc. The use of PZD makes it possible to decrease the lens dimensions.

The new lens utilizes an altered construction design of the vibration compensation mechanism, which has also resulted in dimensions and weight reduction. Instead of a moving magnet a lighter moving coil mechanism is used to decrease drive load. 

Links to online resources:
Posted by: dv   Date of publication: 09.12.2010

Mechanical quality0.000
Optical quality0.000
Pricing / Value0.000
Overall lens rating

Embed to Blog (HTML) Embed to Forum (BBcode)