Dedicated Dry Van Company Driver W2 Job in Red Oak, IA by American Trucking Group

Dedicated Dry Van Company Driver W2 Job - Red Oak, IA

Are you a proficient CDL-A driver seeking a dedicated position with great home time and competitive pay? At American Trucking Group, we offer active delivery routes that keep you physically engaged while earning premium compensation. Experience the fulfillment of hands-on work with substantial earning potential.

Home Time:

• Home weekly with 34-hour reset periods.
• Our dedicated routes ensure consistent schedules, allowing for quality family time alongside strong earning opportunities.

Equipment:

• Up-to-date fleet with secure parking arrangements managed through account oversight.
• Collaborate with account managers to pinpoint safe and secure truck parking options.

Active Freight Handling:

• Handling all dry freight with hand unloading utilizing rollers at customer sites.
• Ideal for drivers wanting to stay active and engaged during their driving career.

Pay and Miles:

• Weekly earnings ranging from $1,850 to $2,140, with an average of 2 loads per week and 1,750 miles.
• Compensation includes CPM, load pay, and a mileage bonus of up to 3% for safe and timely deliveries.

Running Area:

• Deliveries are made to customers across Kansas, Minnesota, Nebraska, Iowa, Arkansas, Oklahoma, Colorado, Wyoming, New Mexico, Tennessee, the Dakotas, and Missouri.

Schedule:

• Store deliveries generally commence at 5:00 AM but may extend throughout the day, including night deliveries starting at 11:00 PM, providing variety in your daily routine.

Company Culture:

• At American Trucking Group, we are dedicated to exploration, freedom, and supporting our drivers. We cultivate a close-knit community where everyone feels valued and respected.
• We believe in open communication, teamwork, and continuous learning. Our drivers enjoy a balanced work-life with predictable schedules and generous home time. Join us and experience a trucking career that prioritizes both personal and professional growth.