OBD-II Code B1096: Manufacturer-Specific Fault

What Does B1096 Mean?

B1096 is a manufacturer-specific code with completely different meanings depending on your vehicle brand. On a Jeep, it flags a broken passenger heated seat. On a Ford, it signals a failed windshield wiper relay. On Honda or Suzuki, it warns of a dead side impact sensor. You must look up the exact definition for your specific make and model to know what system is reporting a fault.

Technical definition: There is no official generic SAE/ISO definition for B1096. As a 'B1xxx' code, it is designated as a manufacturer-specific Body Control Module (BCM) fault. Generic scanners sometimes display a 'B0' code (e.g., B0096) as a 'B1' code, making it critical to cross-reference the definition for your specific vehicle, especially for airbag-related faults.

Can I Drive With B1096?

⚠️Yes, But With Caution. For most vehicles (Jeep, Ford, Chevrolet), the car is safe to drive because the code relates to comfort systems like heated seats, wipers, or audio. However, for brands like Suzuki, Honda, and Nissan, B1096 (or its SRS equivalent B0096) indicates a critical fault in the airbag system. Driving with an active SRS light means the airbags will not deploy in a collision, dramatically increasing the risk of serious injury or death. Address any SRS-related fault immediately.

Common Causes

• Failed Passenger Heated Seat Element (Jeep/Chrysler/Dodge) (Very Common) — On Jeep Wranglers (2011-2018), the heating element inside the passenger seat back breaks or shorts. This causes the resistance to fall out of the acceptable 4-5 ohm range, triggering the code and disabling the seat.
• Faulty Wiper High/Low Relay (Ford) (Common) — On Ford F-150 and Transit models, this code points to a failed wiper relay in the junction box. The relay shorts internally or fails to make contact, preventing the wipers from operating.
• Internal Failure of Airbag Side Impact Sensor (Honda/Nissan/Suzuki) (Common) — On Honda Odyssey, Nissan Rogue, and Suzuki Grand Vitara models, this code (often read as B0096) indicates the right side impact sensor has an internal performance problem and requires replacement.
• Damaged Wiring or Connectors (Common) — Wiring under a seat gets pinched from movement, or connectors for wipers/audio systems corrode from moisture. This creates a short or open circuit that triggers the code.
• Weak Battery or Defective Audio Component (Chevrolet) (Less Common) — On Chevrolet vehicles, B1096 indicates a problem with an audio output circuit. On models like the Silverado, a weak battery causes a total loss of audio (radio, chimes, turn signals) and triggers BCM codes as a symptom.
• Uncalibrated Blind Spot Detection Module (Hyundai) (Less Common) — On Hyundai models, a 'Check BSD System' message is caused by a faulty blind spot sensor or a sensor that was replaced but not properly calibrated with a scan tool.
• Faulty Heated Seat Module (Jeep/Chrysler) (Rare) — The Heated Seat Module that controls the elements fails internally. This is the last part to suspect after confirming the elements and wiring are good.

Symptoms

• Heated Seat Inoperative (Jeep/Chrysler/Dodge) — The passenger heated seat will not turn on. The indicator light illuminates for a few seconds and then turns off as the system detects the fault and shuts down for safety.
• Windshield Wipers Not Working (Ford) — The wipers fail completely or only function on one speed (typically high) because the relay responsible for switching speeds has failed.
• Airbag/SRS Warning Light On (Honda/Nissan/Suzuki) — The supplemental restraint system (SRS) light illuminates on the dashboard. This is a critical safety warning indicating the airbags are disabled.
• No Sound From Speakers or Chimes (Chevrolet) — Speakers fail to produce sound, and turn signal clicks or warning chimes stop working. This often traces to a weak battery or infotainment software glitch.
• Check BSD System Warning (Hyundai) — A message appears on the instrument cluster indicating a fault with the Blind Spot Detection system.

Diagnostic Flowchart

Tap your situation to follow the diagnostic path that matches what you're seeing on this code.

Common Fixes & Costs

• Replace Passenger Heated Seat Element (Jeep) — Parts: $150-$200, Labor: $400-$800, ~3.5 hr book time (Intermediate)
• Replace Wiper High/Low Relay (Ford) — Parts: $15-$30, Labor: $0-$50, ~0.2 hr book time (DIY)
• Replace Airbag Side Impact Sensor (Honda/Nissan) — Parts: $100-$250, Labor: $150-$250, ~1.2 hr book time (Professional)
• Replace and Calibrate Blind Spot Sensor (Hyundai) — Parts: $600-$1,400, Labor: $100-$200, ~1.5 hr book time (Professional)

Used vs. New Parts: Buying Guide

When a used part is worth it: For simple, non-safety parts like a Ford wiper relay, a used part from a reputable recycler is a reasonable option. New parts are so inexpensive, however, that it's easier to buy new.

Donor-vehicle mileage cap: roughly under 100000 miles for the part to have meaningful remaining life.

Donor quality checklist:

• Match the part number exactly.
• For relays, avoid parts showing signs of corrosion or heat damage on the terminals.
• For sensors, ensure the donor vehicle was not in a flood or fire.

Decision logic:

• If The part is an airbag sensor or related SRS component → ALWAYS buy new OEM or from an OEM supplier. The risk of a used part failing is too high.
• If The part is a known wear item like a heated seat element → Buy new. A used element has unknown hours of use and fails sooner.
• If The part is a simple relay and budget is the top priority → A used part is acceptable, but the warranty is minimal (typically 30-90 days).

Warranty tradeoff: Used parts typically have a 30-90 day warranty. New aftermarket parts carry a 1-year to limited lifetime warranty. New OEM parts offer the best guarantee of fit and function.

Worst-case if a used part fails: $200-$500 if a used safety component fails to perform, leading to injury, or if a used part fails after installation, requiring repeat labor costs.

What Happens If You Wait — Timeline

1. Immediate: For Jeep/Chevy, a comfort feature stops working. For Ford, wipers become inoperative. For Honda/Nissan, the SRS light turns on, and all airbags are disabled. (MPG impact: 0%% · Added cost: $0)
2. 1-4 weeks: For Ford, driving without wipers poses a severe safety risk and potential traffic citation. For Honda/Nissan, driving without airbags dramatically increases injury risk in a collision. (MPG impact: 0%% · Added cost: $200 - $10,000+ (from traffic tickets to accident costs))
3. 1-6 months: The root fault remains. Continued moisture exposure on a corroded connector damages the wiring harness or control module over time. (MPG impact: 0%% · Added cost: Negligible for parts, but ignoring an SRS light leads to exponentially higher medical and legal costs in an accident.)
4. 6+ months / State Inspection: The vehicle fails any state safety inspection that checks for an illuminated airbag light, preventing legal registration renewal. (MPG impact: 0%% · Added cost: Cost of the original repair plus potential fines and inability to legally operate the vehicle.)

Cost of Not Fixing It

• Immediate: For Jeep/Chevy: Loss of comfort feature (heated seat, audio). For Ford: Wipers are inoperative, creating a major safety hazard in rain/snow and risking a traffic ticket. (Added cost: $0 - $200 (for a potential ticket))
• Immediate: For Honda/Nissan/Suzuki (Airbag Fault): The entire SRS system is disabled. Airbags will NOT deploy in a collision, dramatically increasing the risk of serious injury or death. (Added cost: Potentially infinite (medical bills, legal liability, loss of life).)
• Long-term: No progressive mechanical damage is expected for any B1096 variant. The primary cost is the loss of the system's function and associated safety risks. (Added cost: Negligible)

Diagnosis Steps

1. Identify Your Vehicle's B1096 Definition
   Use a search engine with your vehicle's make, model, and the code (e.g., '2012 Ford F-150 B1096') to find the specific meaning. The steps below are separated by manufacturer, as the problem areas are completely different.
   Tools: OBD-II Scanner, Smartphone/Computer (Beginner)
2. Diagnosis for Jeep/Chrysler: Test Heated Seat Element
   Move the passenger seat all the way up and back. Visually inspect the wiring under the seat for damage. Disconnect the connector for the seat *back* heating element and measure its resistance with a multimeter. A good element reads between 4-5 ohms; a reading near zero (short) or infinite (open) confirms a bad element.
   Tools: OBD-II Scanner, Multimeter (Beginner)
3. Diagnosis for Ford: Swap Wiper Relay
   Locate the Battery Junction Box under the hood. Find the relay labeled for the wiper high/low speed. Test it by swapping it with an identical relay from a non-essential system (like the horn). If the wipers start working correctly, the relay is bad.
   Tools: Owner's Manual, Fuse Puller (Beginner)
4. Diagnosis for Honda/Nissan/Suzuki: Check Airbag Sensor
   WARNING: Disconnect the vehicle's battery and wait 15 minutes before proceeding. Locate the right side impact sensor (often inside the B-pillar or door). Check its connector for corrosion or damage. If the connection is clean, the code indicates an internal sensor failure requiring replacement.
   Tools: Socket set, Trim removal tools (Advanced)
5. Diagnosis for Chevrolet: Test Battery and Reboot Infotainment
   If experiencing a total loss of audio and chimes, test the vehicle's battery. A healthy battery reads 12.6V; anything below 12.2V causes these symptoms. If the battery is good, press and hold the phone 'hang-up' button on the steering wheel for 15-30 seconds until the screen reboots to clear software glitches.
   Tools: Battery Tester, Multimeter (Beginner)
6. Advanced BCM Voltage Test
   If components and wiring test good, the Body Control Module (BCM) may have failed internally. Using a wiring diagram, identify the power input and ground pins for the BCM. Verify the BCM receives 12.0-12.6V and grounds have less than 1 ohm resistance. Check the output voltage from the BCM to the specific component. A lack of voltage when commanded 'on' by a scan tool points to a BCM failure.
   Tools: Advanced Scan Tool, Multimeter, Wiring Diagrams (Advanced)

When This Code Triggers (Freeze-Frame Conditions)

• System Voltage: 11.5-14.5V (Normal operating voltage. Low voltage triggers various BCM codes.)
• Ignition Status: RUN (Fault is detected when the ignition is on and the affected system is active.)
• Ambient Temperature: < 10°F / -12°C (For Jeep heated seat faults, the code sets only in very cold conditions.)
• Component Status: Commanded ON (For wipers or heated seats, the fault is logged when the driver attempts to activate the component.)

Related Codes

• B1092 — On Jeep vehicles, this is the identical fault as B1096, but for the driver's side heated seat. TSBs recommend replacing both seat back heater elements even if only one code is present.
• B1131 — On Ford vehicles, this relates to a 'Wiper Motor Module Bus Signal Failure'. If you have B1096 and the wiper relay is good, B1131 points towards a wiring or motor issue rather than the relay.
• U0155 — On a Ford with a B1096, seeing U0155 indicates a wider network problem. The BCM is not communicating with the instrument cluster, suggesting the root cause is the BCM or network wiring, not the wiper circuit.
• U1651 — On newer GM vehicles (2024+), a 'No Audio' condition is linked to U1651 'Lost Communication With Amplifier'. While B1096 points to a specific speaker circuit, U1651 indicates a broader communication failure requiring a software update.

Climate & Environmental Factors

• Cold Temperatures: For Jeep/Chrysler vehicles, the heated seat element failure is triggered by temperatures below 10°F (-12°C). The resistance of the failing element drops out of range only when cold, leading to misdiagnosis in a warm shop.
• High Humidity / Moisture: High humidity or water intrusion causes corrosion on sensor connectors and the airbag control module. This disrupts electrical signals, triggering fault codes and disabling the SRS system.

How to Talk to a Mechanic About This Code

Say this: "For a Jeep: 'I have a B1096 code and my passenger heated seat isn't working. Please test the resistance of the seat back heating element before replacing any modules.' For a Ford: 'I have a B1096 and my wipers aren't working. Please check the wiper relay first.' For a Honda/Nissan with an airbag light: 'I have an airbag light on and my scanner shows a B1096 or B0096 code. I need a diagnostic for a potential side impact sensor failure.'"

This tells the shop you've done research, directs them to the most common failure part, and prevents them from starting with expensive, less likely fixes. For airbag issues, it shows you understand the gravity of the fault.

Avoid saying:

• 'My wipers/heated seat is broken, please fix it.' (Too vague, invites an expensive diagnostic).
• 'The internet said to replace this part.' (Ask them to test the specific part instead).
• 'Just do whatever it takes to fix the light.'

Questions to ask before authorizing the repair:

• For Jeep: What resistance did you measure on the heated seat element? Was it tested when cold?
• For Ford: Did swapping the relay solve the problem, or do we need to look at the motor or switch?
• For Honda/Nissan: Can you confirm it's an internal sensor fault and not a wiring or connector issue?
• Will you be using an OEM or aftermarket part?
• What is the warranty on this specific repair, including both parts and labor?

Where to Take It: Dealer vs Independent vs Chain

• Dealer:
  Best for: Airbag/SRS system repairs (Honda, Nissan, Suzuki)., Vehicles still under warranty or covered by a specific TSB/extended warranty (like the Jeep heated seats)., Complex BCM communication issues involving multiple codes.
  Downsides: Highest labor rates., Defaults to replacing entire assemblies instead of smaller components. (Typical cost: +50% vs. baseline)
• Independent Shop: Best fit for Ford wiper and Jeep heated seat issues. For any B1096 variant that illuminates the airbag/SRS light, a dealer or a highly-trusted independent specialist with proven SRS capabilities is the safer choice.
  Best for: Well-known, common fixes like the Ford wiper relay or Jeep heated seat element on an out-of-warranty vehicle., General electrical diagnosis on non-SRS systems.
  Downsides: Quality and expertise vary greatly; vet shops by reviews and certifications (ASE)., Lacks the latest manufacturer-specific scan tools for SRS or complex BCM resets. (Typical cost: +0% vs. baseline)
• Chain Shop: AVOID for any B1096 diagnosis. Only use if you are 100% certain the fix is a simple relay swap and you are unable to do it yourself.
  Best for: Extremely simple parts replacement like swapping a relay if you've already confirmed the diagnosis yourself.
  Downsides: Not equipped for in-depth electrical or SRS diagnostics., Technician skill is inconsistent; high pressure to upsell is common. (Typical cost: -10% vs. baseline)

When to Walk Away From the Repair

If the estimated repair cost exceeds 40-50% of the car's private-party value, seriously consider selling the car as-is or trading it in.

• Car worth $4000, fix is $950: Fix it. A Jeep heated seat repair is under the 40% threshold and makes the vehicle much more desirable for resale.
• Car worth $12000, fix is $400: Fix it. An airbag sensor repair on a Honda Odyssey is a critical safety fix and is a small fraction of the vehicle's value.
• Car worth $2500, fix is $1400: Walk away. A complex electrical or module replacement costing over 50% of the car's value is not a sound investment.

What Scan Tool You Need for This Code

Minimum: A scanner that reads manufacturer-specific Body (BCM) and Airbag (SRS) codes. A basic engine-only code reader will NOT see code B1096.

A $20 generic OBD-II reader only communicates with the Powertrain Control Module (PCM). B1096 is a Body Control Module (BCM) or SRS code, which requires a more capable scanner to read and clear.

Budget: BlueDriver Pro Scan Tool (~$100) — Connects to a smartphone app and reads/clears BCM and SRS codes for most major manufacturers. It provides repair reports based on the specific code.

Mid-range: Foxwell NT510 Elite (~$180) — Provides dealership-level diagnostics for a single chosen car brand. It reads BCM/SRS codes and offers bi-directional control to test components like wiper motors directly from the scanner.

Professional: Autel MaxiCOM MK808 / MK808Z (~$400-500) — A full-featured diagnostic tablet that covers all systems on a wide range of vehicles. It reads and clears BCM and SRS codes, shows live data, and performs service functions.

Rent vs buy: Most auto parts stores offer free loaner tools, but their basic scanners typically cannot read BCM or SRS codes. If you plan to do your own diagnostics, buying a tool like the BlueDriver or Foxwell NT510 is a worthwhile investment.

How to Clear the Code After You Fix It

1. Reconnect battery (if disconnected for repair)
2. Use an OBD-II scan tool to clear the code from the BCM or SRS module
3. For SRS repairs, a professional-grade scanner is required to reset the airbag light
4. Operate the repaired component (e.g., turn on heated seat, run wipers) to confirm the fix

Drive cycle (~15 minutes): For non-emissions BCM codes, a formal drive cycle is not required. Start the vehicle, let it idle for 2 minutes, then drive for 10-15 minutes, operating the repaired system multiple times. For SRS faults, the light stays off after being cleared if the repair was successful.

Readiness monitors affected: Not applicable. Body codes do not affect emissions readiness monitors.

Watch out for:

• Disconnecting the battery will not clear SRS (airbag) codes; a specific scan tool function is required.
• Using a basic code reader that only scans the PCM (engine module) will not see or clear BCM/SRS codes.
• The code returns immediately if the root cause (e.g., bad wiring, faulty part) has not been fixed.

Will This Fail Emissions / State Inspection?

No — by itself this code doesn't fail OBD inspection (but it can keep readiness monitors from setting, which causes a separate fail).

• California: A B1096 code itself will not fail the emissions test. However, if the code is for an airbag fault and the SRS light is on, it fails the safety portion of the inspection.
• New York: An illuminated airbag warning light is a cause for safety inspection failure in NY. The B1096 code must be repaired and the light cleared to pass.
• Texas: As of 2025, most non-commercial vehicles no longer require a safety inspection, only an emissions test in certain counties. An airbag light will NOT cause a failure in these counties. However, law enforcement issues citations for unsafe vehicle conditions.

Most Commonly Affected Vehicles

• Jeep Wrangler (JK) (2011-2018) — Extremely common failure of the passenger seat back heating element, addressed by TSBs 08-049-14 and extended warranty program X58.
• Ford F-150, Transit (2009-2020) — Prone to setting B1096 for a wiper relay circuit short or open, leading to wiper malfunction.
• Honda Odyssey (2011-2017) — Logs code B0096-4A (read as B1096 by some scanners) for an internal failure of the right side impact sensor.
• Nissan Rogue, X-Trail (2014-2020) — Logs B0096 (read as B1096) for a fault in the front right side airbag satellite sensor.
• Chevrolet Silverado (2014-2019) — A weak battery or infotainment software glitch causes a total loss of audio and chimes, triggering various BCM codes including B1096.
• Dodge Grand Caravan, Nitro, Challenger (2009-2010) — Shares the heated seat system design with Jeep, making it susceptible to the same heated seat element failures.
• Suzuki Grand Vitara (2006-2014) — Logs B1096 for a performance problem in the right side airbag impact sensor.

Manufacturer-Specific Notes

• Jeep/Chrysler: TSB 08-049-14 notes the heated seat element's resistance drops below the acceptable limit only when it is very cold (below 10°F / -12°C). Testing the element in a warm shop gives a normal reading, leading to misdiagnosis.
• Ford: The wiper system has a fail-safe circuit. If the BCM communication fails, the wiper high-speed setting still works as it is hardwired, while low and intermittent speeds will not. This isolates the problem to the control side versus the motor.
• Honda: Code B0096-4A on an Odyssey points directly to an *internal* failure of the impact sensor. This eliminates wiring as the likely cause and points directly to replacing the sensor module.

Real Owner Stories

2012 Jeep Wrangler JK at 75,000 miles

Passenger heated seat would not stay on; indicator light illuminated for 2-3 seconds then turned off. Driver's side worked fine. Code B1096 was present.

What they tried:

1. Checked the fuse for the heated seats, which was good.
2. Swapped the heated seat module with a known-good unit, but the problem remained on the passenger side.
3. Tested the resistance of the passenger seat back heating element with a multimeter and found it shorted (reading near 0 ohms).

Outcome: Replaced the passenger seat back heating element (Dorman 641-205). The repair required removing the seat and upholstery. Total cost was $150 for the part and a weekend of labor. The code cleared and the heated seat functioned correctly.

Lesson: For Jeep B1096, the failure is almost always the heating element in the seat back. Test the element's resistance (spec is 4-5 ohms) before buying a new control module.

2011 Ford F-150 at 110,000 miles

Windshield wipers suddenly stopped working on all speeds. Turning the switch did nothing. Code B1096 was stored in the BCM.

What they tried:

1. Initially suspected a bad wiper motor or switch.
2. Checked online forums and found B1096 on F-150s points to the wiper relay.

Outcome: Located the wiper relay in the under-hood fuse box. Swapped the wiper relay with the horn relay (identical part numbers) to test. The wipers started working, and the horn stopped. Installed a new relay (Motorcraft 8T2T-14B192-AA) for $25 in under 5 minutes.

Lesson: Always check the simplest solution first. For Ford wiper issues with code B1096, the relay is a common failure point and an easy, inexpensive DIY fix.

2014 Honda Odyssey at 95,000 miles

The SRS/Airbag warning light stayed illuminated. No accident had occurred. A basic scanner read code B1096, but an advanced scanner pulled Honda-specific code B0096-4A.

What they tried:

1. Tried resetting the SRS light by disconnecting the battery, but the light returned immediately.
2. Checked wiring connectors under the passenger seat and in the B-pillar for damage or corrosion; none found.

Outcome: Honda's definition for B0096-4A is 'internal failure of the right side impact sensor'. The owner took the vehicle to a dealer, who confirmed the faulty sensor. The right side impact sensor (part #77970-TK8-B41) was replaced and the SRS system reset. Total repair cost was $385.

Lesson: For SRS/airbag faults, a generic B-code is misleading. Use a scanner that reads manufacturer-specific codes from the SRS module. An airbag light means safety systems are disabled; address this professionally without delay.

2015 Chevy Silverado at 80,000 miles

The radio suddenly went silent, and all vehicle chimes (turn signals, door ajar) stopped working. A B1096 'Audio Output Circuit' code was stored, but no speakers were blown.

What they tried:

1. Checked all audio-related fuses, which were intact.
2. Assumed the factory radio/amplifier had failed.
3. Read on a Silverado forum that a weak battery causes strange BCM and audio issues.

Outcome: Tested the vehicle's battery, which showed low voltage (under 12.2V). After replacing the aging battery, all audio functions and chimes returned to normal. The B1096 code did not return.

Lesson: On modern trucks, a weak battery causes a cascade of seemingly unrelated electronic gremlins, including audio failures and BCM codes. Test the battery first.

How to Prevent This Code From Triggering

• Apply dielectric grease to electrical connectors (During any related repair) — Seals out moisture and oxygen, preventing corrosion on the pins of relays, sensors, and modules.
• Avoid kneeling on seats (Daily habit) — The heating element is a delicate grid of thin wires. Concentrated pressure from a knee breaks these fragile wires, creating an open circuit.
• Inspect and clean under-seat wiring (Annually) — Wiring for heated seats and airbag sensors runs under the front seats and gets snagged or pinched by items sliding around.
• Ensure the vehicle's cabin remains dry (Ongoing) — Water leaks from windshields or sunroofs lead to moisture intrusion in the BCM and airbag modules, causing catastrophic electrical failures.

Frequently Asked Questions

Can I fix code B1096 myself?

If you have a Ford, replacing a wiper relay is a very simple DIY task. If you have a Jeep, replacing the heated seat element requires seat removal and upholstery work, but is achievable for an experienced DIYer. For a Suzuki, Honda, or Nissan airbag fault, professional repair is strongly recommended due to safety risks.

Is it safe to drive with code B1096?

For Jeep or Ford, yes, as the fault affects comfort features or wipers. However, if you drive a Suzuki, Honda, or Nissan where the code indicates an airbag system problem, it is a significant safety risk. The airbag system is disabled until the fault is repaired.

Why did my heated seat button light up and then turn off?

This is a classic symptom for the Jeep B1096 code. The control module detects the circuit fault (low resistance) when you press the button, and immediately shuts the system down to prevent overheating.

What are common misdiagnosis mistakes for B1096?

A major pitfall is testing a Jeep heated seat element in a warm shop; the fault appears only in extreme cold per TSB 08-049-14. Another mistake is using a basic OBD-II scanner for SRS faults, which fails to read the correct code from the airbag module.

My airbag light is on. Could a B1096 code be the cause?

Yes. On manufacturers like Suzuki, Honda, and Nissan, B1096 (or B0096) points directly to a fault in an airbag impact sensor. If your airbag light is on, you must determine your vehicle's specific definition for this code.

How much does it cost to fix code B1096?

A fix is as cheap as a $25 relay for a Ford, $550-$1000 for a heated seat element replacement on a Jeep, or $250-$500 for an airbag sensor replacement on a Nissan.

Why is there no sound from my Chevy Silverado radio?

On 2014-2019 Silverados, a sudden loss of all audio and chimes is caused by a weak battery, a blown amplifier fuse, or a software glitch. Try a simple infotainment reboot by holding the 'hang-up' button on the steering wheel for 15-30 seconds.

What does 'Front Right Seat Heater Control Circuit Low' mean?

This is the specific definition for code B1096 on Jeep, Chrysler, and Dodge vehicles. It means the Heated Seat Module detected electrical resistance in the passenger's heated seat circuit below the specified range, caused by a shorted heating element.

Key Takeaways

• Code B1096 is a manufacturer-specific body code; you must identify your vehicle's brand to know if it affects wipers, heated seats, or airbags.
• On 2011-2018 Jeep and Chrysler vehicles, B1096 almost always indicates a shorted passenger heated seat element requiring a $150 replacement part.
• On Ford F-150s and Transits, this code flags a failed wiper high/low relay, which is a simple $25 plug-and-play fix in the fuse box.
• For Honda, Nissan, and Suzuki models, B1096 or B0096 triggers the SRS light and disables the airbags due to a faulty side impact sensor requiring professional replacement.