Located in beautiful Beacon Hill, steps from the State House on Beacon Street, Richard C. Bardi & Associates LLC are premier trial attorneys. Unafraid of the complexities of the courtroom and savvy in all areas of judicial procedures, Richard C. Bardi & Associates LLC are your trial lawyers.
For more than two decades, Richard C. Bardi & Associates LLC has been representing clients in all areas of litigation. Outgoing, forthright and direct, Richard C. Bardi & Associates LLC is adept at working with opposing counsel — negotiating fair and equitable settlements. When, however, that is not possible, Richard C. Bardi & Associates LLC is skilled in working with judges and juries alike, helping alleviate the stress of your case and making you your best advocate.
Cambridge Divorce & Family Law Lawyer
At Richard C. Bardi & Associates LLC, located in Boston, we have extensive experience in family law. Very recently, the Commonwealth of Massachusetts made significant changes to the alimony statute. As a result, many individuals are seeking modifications to their existing orders. We are conversant in the newly mandated calculations, and we will work with you and your obligor to reach a timely and cost-effective resolution.
Not Just Family Law
Although we are seasoned Boston family law attorneys, we also handle other break-ups. When business partners no longer find their collaboration advantageous, we can work to restructure or dissolve the business. Just as in any long-term relationship, emotions can run high. Skilled and active listeners, we identify the salient issues, negotiating fairly while potentially avoiding the undue cost of extended court appearances.
We Protect Your Constitutional Rights
If you have been accused of a crime, exceptional legal representation is essential. Richard C. Bardi & Associates LLC has extensive criminal defense experience. We work with prosecutors to achieve the best possible resolution of your case. Whether it is obtaining a dismissal or pursuing an acquittal, we protect you and your family along each step.