Revive stored skid steers efficiently with our recommission guide. Includes templates and KPIs to address failure modes and minimize downtime during reactivation.
Safely return skid steers to service after storage.
Storage recommission is a process to prepare skid steers for operation after long-term storage, utilizing vibration analysis and condition monitoring for severity assessment.
This process includes fluid checks, battery testing, and mechanical inspections, aligning with failure probability models to ensure operational readiness.
| Component | Check | Action |
|---|---|---|
| Fluids | Level and condition | Replace if Degraded |
| Battery | Charge test | Recharge or Replace |
| Tires | Pressure check | Inflate if Low |
| Engine | Start-up test | Verify Operation |
| Hydraulics | Functionality | Verify Operation |
Key tools and processes for effective skid steer reactivation
Step-by-step guide to deploying storage recommission for skid steer reactivation
Evaluate storage conditions.
Gather recommission tools.
Execute reactivation steps.
Verify operational status.
Storage recommission improves skid steer performance, supporting predictive ROI strategies.
Reactivation success
Downtime reduction
Maintenance cost savings
Operational readiness
"Storage recommission saved us 70% downtime and $180K annually."
Fleet Manager, Ridge Equipment
Get answers to frequently asked questions about implementing storage recommission
Scope: drain/replace stale fuel, check oil/coolant, inspect belts/hoses, test battery/charging, inflate tires, bleed hydraulics, lubricate pivots, run warm-up and functional checks; trend noises with our vibration analysis for early-fault detection.
Usually 1–2 hours, varying by storage duration and climate: charge battery, top fluids, prime fuel, pre-start checks, warm-up, inspect leaks, calibrate sensors, brief load test; capture metrics in condition monitoring.
Expect $200–$400 depending on machine, labor rates, storage length, and parts (filters, fluids, battery). Quantify payback with ROI calculator by modeling downtime avoided, efficiency gains, and component life improvements estimated.
Yes. Use REST APIs or webhooks to sync recommission results, photos, signatures, and meter readings; trigger telematics alerts for thresholds, auto-create automatically work orders, update CMMS/EAM, and notify supervisors promptly.
Provide 4–6 hours covering safety, storage hazards, fluid replacement, battery testing/charging, priming, hydraulic bleeding, calibration, documentation, photo evidence, and escalation. Include hands-on practice, supervisor sign-offs, refresher micro-learning, periodic audits.
Explore additional resources for skid steer maintenance
Comprehensive maintenance programs for your entire fleet
Implement storage recommission to ensure safety, reduce downtime, and restore skid steer functionality.
Quick reactivation steps
Technical guidance
Improved uptime