CodesBrandsGuidesTutorials
EN
EnglishEspañolDeutsch

P075E: Shift Solenoid G Intermittent

Shift solenoid G only exists on transmissions with seven or more solenoids. Ford's 10R80 and 8F35 use solenoids A–F, GM's 9- and 10-speeds report clutch pressure valve codes, the Allison 1000 uses three; the only documented user of the G block is Hyundai/Genesis' 8-speed, which assigns P075A and P075D to its on/off solenoids. P075E is an intermittent circuit or function fault of solenoid G. No manufacturer document available to us uses it; manufacturers usually count such dropouts within their circuit codes. A loose contact at the transmission connector is the most likely cause.

Medium severity. Can I keep driving?Drive as little as possible and gently. If the transmission slips or stays in one gear, go slowly to a repair shop or call for a tow truck.

Symptoms

  • Limp mode or jolt at times, then normal again
  • Warning lamp comes and goes

Most likely causes

  • Loose contact or corrosion at the transmission connector
  • Chafed harness, dependent on temperature or vibration
  • Coil with heat-dependent winding fault

What to check, in order

Start with the simplest. You can tick off each step.

Good to know

  • Repair difficulty: medium
  • It can trigger limp mode.
  • It affects emissions.

What each character of P075E means

  • P: Powertrain: engine and transmission
  • 0: Generic code: same on every make
  • 7: Transmission
  • 5E: Specific fault in that system

Frequently asked questions

Can I keep driving with code P075E?

Drive as little as possible and gently. If the transmission slips or stays in one gear, go slowly to a repair shop or call for a tow truck.

What causes code P075E?

The most common causes are: loose contact or corrosion at the transmission connector; chafed harness, dependent on temperature or vibration; coil with heat-dependent winding fault.

Related codes

Sources

Values and procedures vary by manufacturer. If it affects brakes, steering, fuel or high voltage, see a professional. Updated: 2026-11-04. How we build these pages.