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1956 Studebaker Flight Hawk Starter Solenoid Guide

Troubleshoot and replace the starter solenoid on your classic 1956 Flight Hawk to ensure reliable starting.

4 minutes to read 1956-1956 Studebaker Flight Hawk
Difficulty
2/5
Est. Time
1.5 hrs
DIY Doable?
✅ Yes
Shop Labor
$100 - $250
Used OEM Price
$25 - $75
🚫 Do not drive — If the starter solenoid has failed, the engine will not crank, making the vehicle impossible to start and leaving you stranded.
Key Takeaways
  • A single, loud click with no engine crank is the most common symptom of a bad starter solenoid on a 1956 Flight Hawk.
  • Your 1956 Flight Hawk uses a 12-volt electrical system, a key detail when sourcing parts.
  • New aftermarket solenoids from brands like Standard Ignition are the most practical and reliable replacement option.
  • Always check the condition of your battery and all cable connections before assuming the solenoid is the problem.
The starter solenoid on your 1956 Studebaker Flight Hawk is a powerful electromagnetic switch. When you turn the ignition key, it takes a small electrical signal and uses it to close a high-current circuit between the battery and the starter motor. This action sends the large amount of power needed to crank the engine. At the same time, the solenoid mechanically pushes a gear, called the Bendix drive, to engage with the engine's flywheel, allowing the starter motor to turn the engine over. For 1956, Studebaker switched to a 12-volt negative ground electrical system, so your Flight Hawk uses a 12V solenoid.

Is Your Flight Hawk Failing to Start? It Could Be the Starter Solenoid

A faulty starter solenoid is a common reason for a classic car like the 1956 Studebaker Flight Hawk to refuse to start. Understanding the symptoms can help you diagnose the problem correctly and avoid replacing parts you don't need. Because the solenoid handles very high electrical current, its internal contacts can wear out or burn over time.

Symptoms of a Failing Starter Solenoid

  • Loud Single Click, No Crank: This is the most classic symptom. You turn the key, hear one loud "CLICK" from the engine bay, but the engine doesn't turn over. This sound is the solenoid engaging, but failing to pass high current to the starter motor.
  • No Sound at All: You turn the key and get silence. This can mean the solenoid has failed completely and isn't even receiving the signal from the ignition switch. Before blaming the solenoid, always check that your battery is charged and the terminals are clean.
  • Intermittent Starting: Sometimes the car starts perfectly, and other times it just clicks or does nothing. This often points to worn or dirty internal contacts in the solenoid that only make a connection sometimes.
  • Starter Keeps Running: In rare cases, the solenoid's internal switch can get stuck in the 'on' position, causing the starter motor to continue running even after the engine has started and you've released the key. This can cause serious damage to the starter and flywheel.

Check Your Cables First

Before replacing your solenoid, always inspect your battery cables. On a classic vehicle, old, corroded, or loose battery cables can cause the exact same symptoms as a bad solenoid. Ensure the connections at the battery, frame, engine block, and solenoid are all clean and tight.

Choosing a New Aftermarket Solenoid

For a 1956 Studebaker, finding a New Old Stock (NOS) OEM starter solenoid is nearly impossible and would be very expensive. Rebuilding an original solenoid is an option for purists, but it requires special skills and finding internal components can be difficult.

The most practical and reliable solution is a new aftermarket part. Brands like Standard Ignition (Standard Motor Products) have been making quality replacement parts for decades and are a common choice for classic car repairs. They offer direct-fit replacements that meet or exceed the original specifications, often using modern materials like heavy-duty copper contacts to reduce arcing and extend the part's life. For this vehicle, the choice is less about "brand tiers" and more about availability and reliability, making a new part from a reputable manufacturer like Standard the best path forward.

Estimated Costs for 1956 Flight Hawk Starter Solenoid

Part Type Estimated Cost
New Aftermarket (Standard Ignition) $49.14
New Old Stock (OEM) Extremely rare, likely $150+ if found
Used (Original) $25 - $75 (High risk)
Shop Labor $100 - $250

Pro Tip: Bench Test the Starter

If you're removing the starter to replace the solenoid, it's a good idea to have an auto parts store "bench test" the entire starter assembly. This will confirm if the starter motor itself is in good working condition before you reinstall it.

Frequently Asked Questions (FAQ)

Is my 1956 Flight Hawk a 6-volt or 12-volt system?

The 1956 model year was when Studebaker switched to a 12-volt, negative-ground electrical system. Your Flight Hawk is 12-volt.

Is the starter solenoid the same as a starter relay?

On many classic cars, including the 1956 Studebaker, the solenoid is mounted directly on the starter motor. It performs the function of both a relay (switching the high-current circuit) and a solenoid (mechanically moving the starter gear). Some other vehicles of the era used a separate relay on the fender or firewall, but for your Flight Hawk, it's typically one integrated unit on the starter.

Can I just clean the contacts in my old solenoid?

While it is sometimes possible to disassemble and clean the internal copper contacts, it can be a difficult job. It may require unsoldering connections and can be challenging to reassemble correctly. Given the availability and reasonable cost of a new aftermarket solenoid, replacement is usually the more reliable and time-efficient repair.

What else should I check when replacing the solenoid?

When replacing the solenoid, inspect the starter motor's Bendix drive gear for worn or broken teeth. Also, check the teeth on the engine's flywheel for damage. Ensure all electrical connections are clean and secure upon reinstallation.

Technical Specifications

Voltage: 12V, Negative Ground

Wrenchy
Article researched & written by
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Meet Wrenchy → Updated Jul 21, 2026

The information in this article is provided for general reference and educational purposes only. Vehicle specifications, procedures, and part compatibility can vary by production date, trim level, and region. Always consult your vehicle's factory service manual and verify part numbers before purchasing or performing repairs. Safety-critical components such as airbags, seat belts, and braking systems should be installed by a qualified professional.

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