Cadillac rates the 2025 LYRIQ at 326 miles of range in its single-motor rear-wheel-drive configuration. Consumer Reports, testing the all-wheel-drive model at a steady 70 mph, recorded 315 miles on the 2024 version — eight above what the EPA estimated for that year. Those numbers are not guaranteed on every trip. The driving mode active behind the wheel is one of the variables that determines whether they hold.
Yes, LYRIQ driving modes affect both range and battery consumption. Tour Mode keeps efficiency closest to the EPA-tested baseline. Switching to Sport Mode at highway speeds can cost 50 to 65 miles on a full charge. The 102-kilowatt-hour battery capacity does not change between modes. The rate at which it empties does.
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LYRIQ Driving Modes and Battery Usage: The Technical Baseline
Every Cadillac LYRIQ, from the base 2025 trim through the 2026 LYRIQ-V, uses the same 102-kilowatt-hour Ultium battery pack. That figure does not shift when a driver taps Tour, Sport, or Snow/Ice on the infotainment screen. What mode selection controls is how the car’s software manages three things: throttle response, torque delivery, and regenerative braking. Each of those variables determines how many kilowatt-hours the LYRIQ burns per mile.
Current EPA-rated range across the LYRIQ lineup:
| Configuration | EPA Range |
|---|---|
| 2025 LYRIQ — RWD, single motor, 365 hp | 326 miles |
| 2025 LYRIQ — AWD, dual motor, 515 hp (11.5 kW charger) | 319 miles |
| 2025 LYRIQ — AWD, dual motor, 515 hp (19.2 kW charger) | 303 miles |
| 2026 LYRIQ-V — AWD, same 102 kWh battery | 285 miles |
EPA figures are calculated under standardised test conditions. Those conditions mirror Tour Mode behavior: smooth acceleration, moderate speed, minimal climate load. Every other mode is a deviation from that tested baseline.
Tour Mode: Where LYRIQ Range Stays Closest to the EPA Figure
Cadillac’s Quick Start Guide defines Tour as providing “normal acceleration and comfortable ride tuning for everyday driving.” It is the default mode at every startup. The throttle map is smooth and progressive, avoiding the sharp current draws that push consumption up. Regenerative braking runs at a moderate level, recovering energy throughout each deceleration.
Independent test results from two separate outlets confirm Tour Mode’s efficiency advantage in practice. Consumer Reports purchased a 2024 Cadillac LYRIQ AWD anonymously, ran it at a steady 70 mph, and recorded 315 miles — exceeding the EPA estimate for that model year’s AWD configuration. They repeated the same test on the 2025 model with the same result. Edmunds tested the 2025 model under their own protocol and recorded 319 miles, measuring efficiency at 37.6 kWh per 100 miles.
Most EVs fall short of their EPA figures in real-world highway testing. The LYRIQ, in Tour Mode at 70 mph, regularly does not.
Sport Mode: The Measurable Range Cost
Cadillac’s own documentation describes Sport Mode as delivering “tightened steering response while more responsive suspension and engine calibration provide a fun-to-drive, sporty performance ideal for dry roads” along with “more immediate torque response and improved steering at higher speeds.”
That responsiveness is backed by specific changes to how the LYRIQ uses energy:
- Throttle mapping sharpens — small pedal inputs generate larger, faster power draws
- AWD models keep both motors primed rather than splitting demand on a need-only basis
- Regenerative braking becomes less aggressive, reducing energy recovery during deceleration
An analysis of over 15,000 LYRIQ owner reports tracked efficiency figures at a consistent 70 mph:
Tour Mode: 2.5 miles per kWh Sport Mode: 2.1 miles per kWh
That 16 to 19 percent efficiency gap translates to 50 to 65 fewer miles on the 326-mile rated RWD model. A 280-mile highway trip that looked entirely comfortable on a full charge starts looking different a few hours in.
Snow/Ice Mode: The Conditions Matter More Than the Mode
Per Cadillac’s Quick Start Guide, Snow/Ice “adjusts the pedal map, slowing acceleration and torque response to help prevent wheel slip and improve performance on slippery road surfaces.”
The softened throttle limits unnecessary power surges, which reduces some energy waste. A slight efficiency penalty comes from increased traction control activity running continuously in the background. On its own, Snow/Ice Mode is not a substantial range drain.
The far more significant factor is the environment that calls for it. The U.S. Environmental Protection Agency cites research showing EV range can drop up to 40 percent from cold temperatures combined with cabin heating demand. Cold weather slows the electrochemical processes inside lithium-ion cells, reducing available power. Cabin heating pulls energy directly from the drive battery. Snow/Ice Mode is responding to conditions that are already the dominant cause of winter range loss, regardless of which mode is selected.
My Mode: Range Is a Function of How It Is Configured
My Mode allows drivers to customise “steering, braking, acceleration feel and responsiveness, and motor sound”, per Cadillac’s documentation. Its effect on range spans the full spectrum of what the LYRIQ can produce.
Configured with a progressive throttle map and strong regenerative braking, efficiency sits close to Tour Mode. Configured for performance response, consumption approaches Sport. Following a 2024 over-the-air software update, owners reported expanded My Mode functionality, including the ability to save multiple custom configurations for different driving conditions.
One owner recorded 378 miles on a full charge using a consistently efficiency-focused My Mode setup. That is a single data point, not a representative figure, but it marks the upper limit of what deliberate configuration can produce from the 102 kWh battery.
LYRIQ Regen on Demand and One-Pedal Driving
Neither of these appears in the Drive Mode selector, but both directly affect how much energy the LYRIQ recovers during any mode.
Regen on Demand works through a pressure-sensitive paddle on the steering wheel. A light pull produces mild deceleration and modest energy recovery. Pulling harder increases both in proportion. Consumer Reports described the feel as similar to a hand brake, with precise, driver-controlled modulation. It is available alongside any driving mode.
One-Pedal Driving allows the LYRIQ to slow to a complete stop using only the accelerator pedal, maximising regenerative braking on each deceleration event. It is toggled from the Drive Mode screen. In city driving and stop-and-go conditions, both features measurably reduce net energy consumption per mile.
What Hits LYRIQ Range Harder Than Any Mode Switch
An analysis of over 15,000 LYRIQ owner reports identified the leading causes of real-world range loss. The breakdown is not what most owners expect:
| Factor | Share of Range Complaints |
|---|---|
| 22-inch wheel option | 15.9% |
| Sustained highway speed above 70 mph | 12.8% |
| Cold weather | 11.5% |
| Sport Mode selection | 1.1% |
Wheel size is the most underweighted variable in LYRIQ range discussions. The optional 22-inch wheels carry higher rolling resistance and added unsprung weight, and those penalties apply on every single mile driven. An owner running Tour Mode on the 22-inch wheel package at 80 mph will, in many real-world conditions, see less range than someone running Sport Mode on 19-inch wheels at a moderate cruise.
Sustained speed compounds this further. The EPA mixed-cycle test is not run at 80 mph. Locking into that speed for a multi-hour highway run draws down the 102 kWh battery faster than mode selection does in the same scenario.
The LYRIQ-V Provides the Clearest Evidence Available
The most concrete demonstration that software calibration and performance tuning affect LYRIQ battery range is not found in owner data or efficiency measurements. It is in Cadillac’s own EPA certification.
The 2026 LYRIQ-V uses the same 102-kilowatt-hour Ultium battery as the standard LYRIQ. Same platform. Same physical energy storage. Its EPA-estimated range is 285 miles, compared to 326 miles for the 2025 single-motor RWD LYRIQ.
That 41-mile gap on an identical battery reflects the certified cost of the LYRIQ-V’s performance hardware, motor calibration, and Velocity Max capability. Cadillac’s pressroom confirms Velocity Max delivers 615 horsepower and 650 lb-ft of torque in brief performance bursts, with a claimed 0-to-60 time of 3.3 seconds. Edmunds verified 3.6 seconds in GPS-tested conditions on a car weighing 6,076 pounds.
No routine driving mode switch in a standard LYRIQ produces a 41-mile swing. But the LYRIQ-V demonstrates in EPA-certified terms what performance-oriented calibration costs on hardware that is otherwise identical to the car rated at 326 miles.
For most LYRIQ owners, the driving modes work as described: Tour holds efficiency closest to the EPA figure, Sport carries a documented range cost at speed, Snow/Ice is built for safety in conditions where temperature is already the main variable, and My Mode reflects back whatever the driver puts into it. The modes are real controls with real consequences. But wheel choice, highway speed, and outside temperature are the factors that most consistently determine whether the LYRIQ’s 102 kWh battery goes the distance — and all three are decided before the drive starts.
