Dedicated Dry Van Company Driver W2 Job in Bloomsbury, NJ by American Trucking Group

Dedicated Dry Van Company Driver W2 - Bloomsbury, NJ

Are you an experienced CDL-A driver seeking a dedicated position with excellent weekly home time and competitive pay? At American Trucking Group, we offer stable routes delivering temperature-sensitive freight throughout the Northeast with modern equipment and substantial earning potential. Experience the reliability of dedicated runs while maintaining regular time at home.

Home Time:

• Home weekly for a 34-hour reset with flexible reset days.
• Our dedicated routes provide consistent schedules while ensuring you have regular time with family.

Equipment:

• Drive top-of-the-line automatic transmission trucks hauling 53' trailers.
• Our modern fleet is designed for comfort and efficiency on Northeast routes.

Temperature-Sensitive Freight:

• Dedicated deliveries with 2-3 loads per week and 7-8 stops per load.
• Some loads include occasional unloading, providing variety in daily operations.

Pay and Miles:

• Weekly pay ranges from $1,416 to $1,590.
• Compensation includes mileage pay, stop pay, and safe and on-time weekly bonus pay up to 3% additional pay for reliable performance.

Running Area:

• Northeast region routes from Blandon, PA delivering to Ohio, Kentucky, Virginia, New York, Connecticut, Massachusetts, and Maine.
• Overnight driving may be required based on delivery schedules.

Benefits:

• Comprehensive benefits package designed to support our dedicated drivers and their families with competitive coverage options.

Company Culture: At American Trucking Group, we're passionate about exploration, freedom, and supporting our drivers. We foster a close-knit community where everyone feels valued and respected. We believe in open communication, teamwork, and continuous learning. Our drivers enjoy a healthy work-life balance with predictable schedules and generous home time. Join our family and experience a trucking career that prioritizes both personal and professional growth.