SENI
KECANTIKAN & KESEJAHTERAAN
KRAFTANGAN
BUDAYA & SEJARAH
HIBURAN
ALAM SEKITAR
MAKANAN & MINUMAN
KEJURUTERAAN TERBALIK
SAINS
SUKAN
TEKNOLOGI
BOLEH PAKAI
Ackermann Steering: The Inner Wheel Turns Further
Youblob (generated from this blueprint's notebook) · CC0
Martin

Dicipta oleh

Martin

27. September 2026NO
2
0
0
0
0

Ackermann Steering: The Inner Wheel Turns Further

A cart turns by swivelling its whole front axle on a pin — simple, but the axle sweeps under the body and the cart grows unstable. In 1816 the Munich carriage-builder Georg Lankensperger pivoted each front wheel on its own stub instead, joined them with a tie rod, and angled the steering arms so the inner wheel turns further than the outer. Rudolph Ackermann patented it in England on his behalf in 1818, and the geometry has carried Ackermann's name ever since. Every wheel should roll round one common centre on a turn; this linkage gets very close to that without any clever mechanism at all. This rung works out the wheel angles and checks a trapezoid linkage numerically, then builds one and measures it with a protractor.
Pemula
About 3 hours

Arahan

1

The angles, and the linkage that makes them

Memuatkan buku nota Jupyter…
2

Build a steering model

Cut a plywood 'axle beam' 300 mm long. Near each end, pivot a small plywood wheel carrier on a screw (the kingpin). Glue a steering arm to each carrier pointing backward and inward, so that the two arms, extended, meet at a point on the centre line one 'wheelbase' behind — use 520 mm for a 300 mm track, the same ratio as the notebook's car. Join the arm ends with a tie rod of balsa strip, pinned at each end. Glue a protractor under each carrier. Steer one wheel to 10°, 20° and 30° and read the other. Compare with the notebook's linkage column. Then make the arms parallel and repeat: both wheels now turn the same angle — the scrubbing layout.

Bahan untuk langkah ini:

Kepingan papan lapisKepingan papan lapis1 helaian
Kepingan Kayu BalsaKepingan Kayu Balsa1 helaian
Skru mesinSkru mesin6 keping

Alatan diperlukan:

Gerudi Tanpa WayarGerudi Tanpa Wayar
Set Mata GerudiSet Mata Gerudi
ProtraktorProtraktor
PembarisPembaris
3

History and context

**Georg Lankensperger, Munich, 1816**; patented in England in 1818 by **Rudolph Ackermann**, his agent, as a steering for carriages. No patent number is asserted here. Charles Jeantaud refined the geometry in France later in the century, and the arrangement passed to the motor car. **Honest limits.** The linkage is exact at only a few angles. At speed, tyres run at slip angles and a car may want less than full Ackermann; racing cars often use less or even reverse it. And the geometry assumes rigid wheels rolling without slip — a fair assumption only for slow, tight turns.

Bahan

3

Alatan Diperlukan

4
  • 1 vendor sell this, none ship to you yet
    Pemegang Tempat
  • Pemegang Tempat
  • Pemegang Tempat
  • Pemegang Tempat

CC0 Domain Awam

Blueprint ini dikeluarkan di bawah CC0. Anda bebas menyalin, mengubah, mengedar, dan menggunakan karya ini untuk sebarang tujuan, tanpa meminta kebenaran.

Sokong Pembuat dengan membeli produk melalui Blueprint mereka di mana mereka memperoleh Komisen Pembuat ditetapkan oleh Penjual, atau cipta iterasi baru Blueprint ini dan sertakan ia sebagai sambungan dalam Blueprint anda sendiri untuk berkongsi hasil.

Perbincangan

(0)

Log masuk untuk menyertai perbincangan

Memuatkan komen...